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CONSULT AUSTRALIA AWARDS REFLECT A CONFIDENT, COLLABORATIVE INDUSTRY

The 2026 Consult Australia Awards for Excellence has recognised exceptional projects, people and firms across 14 categories.

Held at the ICC Sydney on Thursday 5 March 2026, this year’s awards attracted 50% more submissions than in 2025, reflecting the scale of activity across the engineering, design and consulting sector.

Consult Australia Chief Executive Officer

Jonathan Cartledge says the quality of submissions reveals an industry focused on delivery and design excellence. “This year’s winners show a clear pattern of firms working earlier and more closely with clients, partners and communities, and taking responsibility for outcomes well beyond their immediate scope.”

Winning projects range from large-scale transport and water infrastructure to digital platforms and recovery programs delivered under extreme time pressure. Many involved multi-disciplinary teams working across organisational and jurisdictional boundaries.

Mr Cartledge said the increase in submissions was significant in its own right. “More firms are choosing to put their work forward. That tells us something about confidence in capability, a willingness to share lessons with the wider industry and the value placed on peer recognition.”

Consult Australia Awards presented in 2026

Collaboration for Project Excellence

Jacobs and Arcadis, supported by CBP Contractors and DT Infrastructure, Warringah Freeway Upgrade

Collaboration for Project Excellence

– Working with Government Land iQ, NSW Department of Planning, Housing and Infrastructure, Property and Development NSW, WSP, Giraffe and Aerometrex

Client Service Excellence

Aurecon, GEMCO (Milner Bay) Wharf Recovery

Innovation for Excellence

Tonkin + Taylor, New Bridgewater Bridge

Superior Sustainability

GHD, Upper South Creek Advanced Water Recycling Centre

Planning for a Digital Future

WSP, Heavy Vehicle Structural Assessment Permit System (HVSAPS)

Emerging Leader

Zoe Maher, Senior Principal and Strategic Rail Planning Lead, WSP

Leadership in Diversity & Inclusion

Brad Harvey-Fiander, Arup

Scan to for the full list of award winners

SKYview

AUSTRALIAN-OWNED CONSTRUCTION LEADER BMD COMMENCES STRATEGIC U.S. EXPANSION WITH GLOBAL PARTNER GHD

Australian-owned BMD, a $2 billion construction and engineering business with operations in Australia, the Philippines and the United Kingdom, has announced a strategic move into the United States through a collaboration with global professional services firm GHD.

The partnership marks a significant milestone in BMD’s international growth strategy, creating a platform to bring the company’s integrated engineering and construction capabilities to the U.S. infrastructure market.

Founded in 1979 and employing more than 2,400 people worldwide, BMD has built a reputation over 46 years in civil engineering and construction, delivering complex projects across aviation, rail, ports, resources, water and wastewater, defence, highways, energy and land development. The business brings a diverse range of capability, a solutions-oriented approach, and a longstanding commitment to safety, quality and community engagement.

GHD, which operates in the global markets of water, energy and resources, environment, property and buildings, and transportation, has more than 12,000 employees in 160 offices across five continents. Across Australia, GHD and BMD have worked together on infrastructure projects, particularly in the transportation and aviation sectors.

BMD CEO Scott Power said the company sees strong opportunities in Texas, a state

with a robust heavy civil pipeline and a business culture that aligns closely with BMD’s values and way of working. “After exploring the North America market over the past two years, we are excited to bring BMD’s capabilities and way of doing business to the U.S. market.

“This expansion aligns with BMD’s broader growth strategy, establishing a platform for future growth into larger and more complex infrastructure works. We are an experienced global infrastructure business, bringing diverse civil capability to a new market.

“We genuinely believe there is a strong synergy between BMD and the Texas market. Our values, focus on relationships and the way we approach projects align closely with the way Texans do business. We are a solutions-oriented organisation that looks at challenges differently, drawing on our diverse experience to deliver better outcomes,” Mr Power said.

The collaboration with GHD will fast track BMD’s market entry and provide valuable insight into the local market, while

BMD establishes its presence and builds long-term partnerships in the region. The announcement was made at an event hosted at GHD’s Houston office, highlighting the partnership between BMD and GHD as BMD establishes its U.S. operations.

“Texas is an important market for GHD, where we have an established presence and a strong understanding of local clients, communities and infrastructure needs,” said Juan Zorrilla, GHD’s Regional General Manager – Central.

“BMD’s decision to enter the Texas market brings additional construction capability that aligns well with our technical and advisory knowledge. Having worked together on major infrastructure projects in Australia, we see real opportunity to collaborate and deliver strong outcomes for clients in the U.S.”

This expansion marks an important milestone for BMD, representing a new chapter in its international growth and reinforcing its purpose of powering futures and creating legacies through expertise, collaboration and investment in people.

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ENGINEERING THE INVISIBLE: NIKKISO, ALUMINIUM AND THE POWER OF PARTNERSHIP

Nikkiso Australia plays a critical but largely unseen role in supporting essential industries across the region, delivering advanced cryogenic systems that underpin operations in hospitals, manufacturing, energy and mining.

For more than 25 years, the business has designed, manufactured and maintained equipment that safely stores and converts industrial gases such as oxygen, nitrogen and argon, ensuring they are available in the precise form required for use.

At the heart of Nikkiso’s capability are its ambient air vaporisers, engineered in Melbourne to perform reliably across diverse and often challenging environments. Each system is tailored to specific operating conditions, with careful consideration given to climate, pressure, flow rates and duration of use. This level of precision ensures consistent performance in applications where reliability is critical.

A long-standing partnership with Capral Aluminium is central to this success.

Specialised aluminium extrusions form the core of the vaporisers, designed to maximise heat transfer while accommodating extreme temperature variations. The material’s strength, conductivity and flexibility make it ideally suited to demanding conditions, while strict manufacturing tolerances ensure safety and performance at high pressures.

This collaboration proved especially vital during the COVID-19 pandemic, when rapid increases in hospital oxygen demand required urgent production. Local supply and manufacturing capability enabled Nikkiso to respond quickly and at scale.

Supported by a skilled and evolving workforce, and focused on continuous innovation, Nikkiso Australia continues to demonstrate how local expertise and strong partnerships can deliver critical infrastructure that modern industries depend on every day.

70 YEARS OF BUILDING TRUST FROM THE FLOOR UP

Founded in 1955 by James Cotter and his boys Bill, Eddie, Jim and Clarie, J.J. Cotter & Son started out in Carlton, Melbourne, where deals were struck at “Cotter Corner” in the Prince Alfred Hotel on the corner of Bouverie and Grattan Street. “

If you wanted anything done, that’s where you went,” remembers Ray Hills, who became the company’s first contracted accountant in 1956, before going in-house five years later, and then running as Director for 37 years (1975–2012.)

The early period focused on end-grain parquetry and timber polishing, before shifting into vinyl flooring as demand increased. Through the 1960s and 70s, the business grew, and by the mid-70s the team numbered more than 25, working mostly on supermarkets and hospitals.

Cotter Floors built its reputation on honesty, reliability, and high standards. Training was

hands-on, with experienced layers passing on knowledge and values to apprentices. Pride in the job was non-negotiable. “You’d just come and work for us and learn how to do it,” says Ray.

The company has always had strong relationships with suppliers, wholesalers, industry and community peers – and even some competitors. Over seven decades, Cotter Floors has embraced an industry impacted by rapidly evolving technology and materials.

What hasn’t changed is the passion and the reputation for reliability, honesty, and craftsmanship, with extensive industry knowledge, unwavering commitment to detailed, quality service and dedicated customer support with open communication.

The business survived where many fell by the wayside – a testament to its enduring impact and the values on which it was built and still operates today.

“70 years is an unbelievable achievement,” says Andrew Neal, ARDEX Australia Category Manager (Flooring) Oceania.

“You see a lot of companies come and go. I think that’s testament to Cotter Floors and how they’ve learnt to adapt over the years. They’ve changed through different managing structures to now where Jarryd’s leading the team, just continuing to adapt and evolve with the market pressures.

“Both companies, Ardex and Cotter, have never remained stagnant in their position. They’ve always strived for innovation to bring new products to market, new delivery methods on site; just making sure that we can do things to the highest quality standards.”

Today, Cotter Floors is one of Victoria’s oldest operating commercial floor companies.

Scan to read the full article.

FRASERS PROPERTY INDUSTRIAL CELEBRATES THE OPENING OF IVE GROUP'S NEW FACILITY AT RUBIX CONNECT

Frasers Property Industrial has marked a significant milestone in its decade-long relationship with leading marketing and communications business, IVE Group, as it officially opened the company’s newest facility at Rubix Connect in Melbourne’s south-east.

The expansion will enable IVE Group to enhance operational efficiency, increase capacity, and continue strengthening its position in the Australian market. The opening event was attended by representatives from IVE Group, CIP Constructions, and the City of Greater Dandenong to mark the opening of their newest facility.

This facility is IVE Group’s sixth with Frasers Property Industrial, bringing its footprint across Victoria to more than 80,000m2 of GLA. The move marks a 60% increase in

IVE Group’s Victorian third-party logistics footprint, and a 30% increase in its overall national footprint.

The new facility comprises a 32,000m2 warehouse, 700m2 office, six recessed loading docks and 23 at-grade roller shutter doors. It will be used for the storage and distribution of printed materials and branded products for customers across Australia.

Matt Aitken, Managing Director at IVE Group, commented: “This new facility is a major step forward for IVE, strengthening our scale and efficiency across marketing, print, and delivery to meet growing demand across Australia.”

IVE Group is Australia’s largest diversified marketing company, guiding brands

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from idea to execution seamlessly. With capability across Creative & Content, CX & Data, eCommerce, Brand Activations, Merchandise, Uniforms & Apparel, Packaging, Print, Distribution and 3PL, IVE strategically connects clients and customers through integrated solutions at scale.

Rubix Connect is located in Melbourne’s south-east. The estate is now fully leased with IVE Group joining customers such as SJ Display Group, Fletcher Insulation and Penguin Random House.

The facility is designed to target a 5 Star Green Star Design rating and incorporates a 480kW solar system and 240kW battery, significantly reducing IVE Group’s electricity usage.

MAINMARK APPOINTS AMY WILLIAMS AS CHIEF GROWTH OFFICER

Mainmark is pleased to announce the appointment of Amy Williams to the role of Chief Growth Officer.

Amy is an experienced executive with nearly 20 years’ experience across infrastructure, property, utilities and rail sectors. She has held senior leadership roles across business development, pre-construction, strategy and market growth, with organisations including John Holland, ADCO and Growthbuilt.

Amy has a proven track record in developing and executing growth strategies, building

high-value project pipelines, and converting complex opportunities across multiple sectors. She has also been instrumental in establishing new market entry strategies and supporting organisations through periods of significant expansion.

As Chief Growth Officer, Amy will be responsible for leading Mainmark’s international growth strategy. This includes working closely with existing operations across Australia, New Zealand, Asia, Europe and the UK, while progressing expansion into new geographic markets and adjacent sectors

aligned to Mainmark’s long-term strategy.

Amy will play a key role in strengthening Mainmark’s global market position, supporting strategic partnerships, and ensuring growth initiatives are aligned to the strategic value proposition that Mainmark provides. Amy’s experience, commercial acumen and leadership approach position her strongly to help guide Mainmark through its next phase of growth.

REVEALED: NEW ADELAIDE AMBULANCE STATION AND HI-TECH HQ

The finishing touches are being put on the state’s landmark $134 million ambulance service headquarters and brand-new Adelaide Ambulance Station, with crews starting work from the new site [November 2025].

The city-fringe ambulance precinct, on Richmond Road at Mile End South, will replace the ageing and outdated Greenhill Road headquarters site, delivering a key Malinauskas Government election commitment.

It includes a 6,700m2 two-storey ambulance Emergency Operations Centre, including a State Health Coordination Centre, and a 1,500m2 Adelaide Ambulance Station and garage.

The station opened November 10, as a base for two emergency teams, totalling 32 paramedics, and four new ambulances. They will be joined in 2026 by a further 24 paramedics and fleet relocated from the nearby Ashford station.

Key features of the precinct include secure 24/7 operations, post disaster functionality and integrated Triple Zero (000) emergency call and dispatch capabilities.

The new HQ will become home to the State Health Coordination Centre, temporarily operating out of Tonsley, to deliver a roundthe-clock system-wide overview of patient movements and hospital capacity.

The purpose-designed headquarters will house the state’s team of highly skilled Triple Zero (000) call-takers and dispatchers, with room to grow staff and infrastructure in the future. There will also be dedicated rooms for training and handling major incidents

$21 MILLION INVESTMENT SEES NORTHERN TERRITORY

ADVANCED MANUFACTURER

FACILITY

The Northern Territory’s advanced manufacturing ecosystem reached a major milestone [4th March] with the opening of Northern Glass Solutions’ (NGS) state-ofthe-art automated glass manufacturing facility in East Arm, Darwin.

The $21 million facility, supported in part by the Northern Territory Government and officially opened by Treasurer Bill Yan MLA and Minister for Advanced Manufacturing,

Robyn Cahill OAM MLA, strengthens local manufacturing capability, improves supply chain resilience, and cuts lead times by bringing glass production 3,000km closer to the Territory.

Supported by the Northern Territory Government and the Advanced Manufacturing Growth Centre (AMGC) through the Advanced Manufacturing Ecosystem Fund (AMEF), the facility will produce special-purpose products including triple- and quadruple-glazed, laminated, tempered, acoustic, fire-resistant, cycloneresistant, safety, and bullet-resistant glass, the latter not previously manufactured in Australia.

The purpose-built facility represents a total commitment of $21 million by NGS in the Northern Territory. To date, more than $4.8 million in state-of-the-art manufacturing equipment has been installed, enabling highprecision cutting, processing, and quality control previously unavailable locally.

including natural disasters, large-scale accidents, and outbreaks.

Three additional non-emergency crews will also move to the Adelaide Station from their temporary home at Glengowrie, where they will continue their work, which includes facilitating the timely inter-facility transfer of South Australians from Adelaide’s tertiary hospitals, back to the support of their home communities.

Strategically located on Richmond Road near the South Road intersection, the station will provide critical emergency medical support to the CBD and Adelaide’s inner western and southern suburbs.

The new station features purpose-built training and meeting spaces, a kitchen, rest areas, office accommodation, and garaging for nine ambulances and two light fleet.

NEW CHAPTER IN BLACKWATTLE BAY TRANSFORMATION

The Minns Labor Government is powering ahead with the transformation of Blackwattle Bay, with a major contract signed to redevelop the former Sydney Fish Market site into a vibrant new waterfront precinct. Following the December announcement of the Mirvac partnership this milestone locks in the next stage of renewal along Sydney Harbour’s western foreshore and bringing the community a step closer to enjoying this revitalised harbour destination.

The project will begin with a new boardwalk completing the missing link in the 15-kilometre Harbour Walk from Woolloomooloo to Rozelle Bay, and delivering a stunning 30-metre-wide waterfront promenade that will open up the harbour foreshore. The new Blackwattle Bay precinct will deliver around 1,400 new homes, more than three hectares of public open space, including urban parks, walkways and cycleways, and a mix of new commercial and retail offerings.

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OPTIMISING INDUSTRIAL FLOW THROUGH ASSA ABLOY ENTRANCE SYSTEMS

An integrated entrance solution by ASSA ABLOY Entrance Systems Industrial is supporting operational efficiency, safety and long-term performance at a new industrial facility in Western Sydney.

The newly developed industrial facility at Minchinbury, NSW represents a strong collaboration between property owner, builder, tenant, and key supply partners to deliver a modern, efficient, and future-ready logistics and industrial space.

The property is owned by Irongate, a leading real estate investment manager known for developing high-quality industrial and logistics assets across Australia. Construction of the facility was delivered by Spaceframe Buildings ‘leaders in the industry’, whose expertise ensured a streamlined build process and a facility designed to meet the demands of modern industrial operations.

The site will be occupied by Minus One, with the facility purpose-built to support efficient goods handling, safety, and operational flow.

As part of the development, ASSA ABLOY Entrance Systems Industrial was engaged to supply and support the site’s key access and loading infrastructure. ASSA ABLOY Entrance Systems provided a complete entrance solution including high-speed doors, sectional overhead doors, roller shutters and docking equipment, all selected to enhance operational efficiency, safety, and reliability.

The integration of high-speed doors supports fast internal and external traffic flow while maintaining environmental separation and energy efficiency. The sectional doors and docking equipment have been designed to support high-volume loading and unloading, contributing to safe and efficient logistics operations for the tenant.

This project highlights the importance of early collaboration between developers, builders, tenants, and specialist suppliers to deliver facilities that are not only fit for purpose today, but adaptable for future operational requirements.

DESIGNING HIGH-PERFORMANCE

HVAC FOR MODERN COASTAL APARTMENTS

MHIAA FDU AND KX MICRO VRF SYSTEMS

Located at 16A and 16B Llandaff Street in Bondi Junction, New South Wales, The Max is a newly constructed build-to-rent boutique residential development designed to deliver contemporary coastal living within one of Sydney’s most sought-after suburbs.

Built by Kuatro and developed by Leonard Brenner, the project was constructed following the demolition of previous buildings on the site. The completed development comprises a nine-storey luxury apartment complex featuring approximately thirty residences.

The building includes a mix of one, two and three-bedroom apartments, ranging from garden residences through to premium penthouses, designed to maximise comfort and liveability for residents.

The development spans two basement levels for parking, a ground level, and eight floors of residential apartments, with Level 9 dedicated to a communal rooftop sanctuary offering panoramic views stretching from Botany Bay to the Pacific Ocean. The rooftop space incorporates BBQ areas and family-friendly gathering zones, creating a shared lifestyle hub for residents.

Additional building features include stateof-the-art security systems, lift access and basement parking for approximately thirty vehicles, supporting the development’s focus on convenience, safety and high-end residential amenity.

The project’s mechanical services were delivered by HVAC Industries, a boutique mechanical contracting company specialising in the design, installation and commissioning of complex HVAC systems for buildings across New South Wales and Victoria.

As a fast-growing contractor, HVAC Industries has built a strong reputation for delivering high-quality mechanical services across both government and private sector projects.

As a new-build project, the development required a climate control solution capable of delivering reliable, discreet and energyefficient comfort throughout the building, while meeting the expectations of modern apartment living in a coastal environment.

The Challenges

Delivering comfortable indoor environments within a coastal development such as The Max presents a unique set of design considerations.

Located just minutes from the iconic Bondi coastline, the building is regularly exposed to salt-laden sea air, fluctuating coastal temperatures and seasonal humidity. These environmental conditions require HVAC systems capable of maintaining consistent performance and reliability in a demanding marine-adjacent climate.

In addition to environmental considerations, the project also required a solution that could maintain quiet, unobtrusive operation across all residences. In boutique apartment developments where occupants live in close proximity, minimising noise transmission from mechanical systems is essential to preserving the peaceful residential atmosphere expected in premium apartments.

Flexibility was also a key requirement. With a variety of apartment layouts across the building - from single-bedroom apartments through to expansive penthouses - the HVAC design needed to accommodate different floor plans and conditioning loads, while still providing residents with intuitive control over their indoor comfort.

Another design consideration was the implementation of zoning solutions within individual apartments, allowing residents to independently control different areas including living rooms and bedrooms.

The MHIAA Solution

To meet the project’s performance and design requirements, HVAC Industries worked closely with Mitsubishi Heavy Industries AirConditioners Australia (MHIAA) to design and install a tailored air conditioning solution across the development.

Across the building, a total of 38 indoor units and 34 outdoor units were installed to deliver efficient and reliable climate control.

Apartments were equipped with ducted airconditioning systems from the FDU and FDUT series, paired with the appropriate outdoor units to suit the system configuration. Most apartments utilised FDU series indoor units connected to FDCA outdoor units in a one-to-one configuration, providing a dedicated ducted system for each residence.

In the three-bedroom penthouses, a combination of FDU and slim-profile FDUT indoor units were connected to KX Micro VRF outdoor units, with FDU systems serving the living areas and the ultra-low-profile FDUT series serving the

bedrooms. RC-EXZ3A controllers were installed in each zone, providing occupants with greater flexibility and control.

These systems were selected to provide discreet, whole-apartment climate control through concealed ductwork and ceiling diffusers, maintaining a clean interior aesthetic while delivering consistent airflow throughout each residence.

To further enhance comfort and energy efficiency, ducted zoning systems were implemented within the building’s twobedroom apartments. A total of 14 MH-4ZRM zoning modules were integrated into the system design, allowing residents to independently control living and bedroom areas, providing greater flexibility and personalised comfort throughout.

Residents interact with the systems through Eco-touch remote controllers, with 38 RCEXZ3A controllers installed across the development. Larger apartments, including the penthouses, were equipped with multiple controllers to provide convenient control across multiple areas of the residence.

In addition to the residential apartments, dedicated ducted systems were installed to serve essential building infrastructure areas including the communications room and switch room, ensuring stable operating conditions for critical equipment.

All outdoor units were installed on the building rooftop, providing a centralised location that supports efficient system operation while preserving the architectural design of the residential levels.

The high performance KX Micro outdoor units include Blue Fin corrosion protection,, a specially formulated multi-layer coating designed to protect the heat exchanger from salt, moisture and harsh environmental conditions. This added protection helps extend system lifespan, preserve efficiency and ensure reliable performance -particularly important given the development’s proximity to the Bondi coastline.

Throughout the project, MHIAA’s technical support and service teams worked closely with HVAC Industries, providing guidance during system design, zoning configuration

and commissioning. This collaborative approach helped ensure the final installation delivered reliable performance and optimal comfort across the entire building.

The result is a climate control solution that supports the development’s premium residential offering - delivering quiet operation, flexible control and dependable comfort for residents enjoying life in Sydney’s iconic eastern suburbs.

For more information contact MHIAA, www.mhiaa.com.au

PRESERVING HISTORY: THE RESPECTFUL NEGOTIATION BETWEEN PAST AND PRESENT

PROJECT : Ballamac House

LOCATION : Coogee, NSW

CONTRACTOR : Abbeyside Carpentry

Abbeyside Carpentry’s work on Ballamac House at the iconic Coogee Beach in Sydney’s Eastern Suburbs, is a beautiful fusion of historic preservation and contemporary construction. Originally built in the 1860s as a grand sandstone coastal residence, the building has since functioned as a private home, hotel and an infirmary, before its latest transformation into two luxurious residences.

For Abbeyside Director, Richard Field, the project represented far more than your standard heritage renovation. “As a carpenter, it was a unique opportunity to work on a project like this,” Richard said. “We wanted to pay attention to what was already there. The new work needed to be tied in properly with the old materials. Detailed project planning was critical, but that’s what made it so satisfying.”

Known for its commitment to traditional craftsmanship, Abbeyside Carpentry approached the project with a balance of old-world technique and modern install methodology. “We used traditional techniques when preserving heritage building material which we later reinstalled, and modern methods to improve the structural durability of the existing building,” Richard explains. “Blending the two is what made this project work in a challenging way.”

One of the greatest technical challenges was working with the original sandstone structure. “Nothing was perfectly straight, level or consistent,” Richard says. “The building has settled over 150 years. Every junction between the old and new had to be treated individually.” Our teams relied on non-invasive fixing methods and close consultation with heritage advisors to protect the integrity of the existing structure”.

A defining moment came during demolition works. “We exposed sections of the original framing and stonework and could see the hand-cut marks from the carpenters who worked there in the 1800s,” Richard recalls. “That’s when it really hit me. We were tying our work directly into something that had already survived generations.”

“The fit-out that followed was approached with the same level of respect. We believe the finished result complements and enhances the integrity of the original design, while bringing it seamlessly into the present.”

Looking ahead, Richard hopes Abbeyside’s contribution to the structural works will form a quiet but essential foundation, not drawing attention to itself, yet underpinning everything that follows and allowing the fit-out to be fully appreciated.

“Traditional carpentry in a heritage building of this calibre is where we excel,” he says. “There’s a discipline and respect required when working with structures of this age. The end result feels solid, balanced, cohesive and built to last.”

For more information contact Abbeyside Carpentry, 9/56 Church Avenue, Mascot NSW 2020, phone 0404 740 644, email admin@abbeyside.com.au, website www.abbeyside.com.au/carpentry

DARLEY ALUMINIUM SYSTEMS ENHANCE KING STREET WHARF PROJECT

At Sydney’s bustling Darling Harbour, a new architectural feature graces the King Street Wharf precinct – a series of glass awnings that blend structural precision with visual elegance.

The award-winning installation was brought to life through the expertise of Magic Glass, who turned to Darley Aluminium for the aluminium roofing sections and capping solutions.

A bespoke design for a landmark location

Developed in collaboration with PMDL Architecture + Design and Mainbrace Construction, the awning system was fabricated by Magic Glass using more than 1,600m² of digitally-printed, heatstrengthened glass with purpose-designed aluminium roofing.

The roofing comprises Darley Aluminium Capped Front Glazed systems (103mm x 50mm Capped Front Glazed and

150mm x 50mm Capped Front Glazed), an adaptable system that allows for flexibility in challenging projects.

The awnings combine both form and function, providing weather protection for visitors and hospitality venues along the promenade, while enhancing the visual appeal of the precinct.

A standout feature of the awning system is the continuous structural rhythm – 360 aluminium top caps and base plates echo the form of the waterfront buildings.

The challenges of the project

As with any major installation, especially one in such a busy public space, the project came with its share of challenges.

The awning system needed to deliver on functionality and practicality while preserving the visual integrity of the architectural design. The awning system had to remain watertight, despite a shallow, almost flat, roof pitch.

The choice of materials was key. Magic Glass carefully selected products, including

13.52mm Clear Fritt Pattern Heat Soaked Toughened Laminated Safety Glass and 6mm colour back glass, for durability, clarity and the ability to meet the performance and aesthetic demands of the project.

Weather resistance was another important factor, given the harbour-side location.

Magic Glass ordered the roofing sections and caps from Darley Aluminium in Dulux Fluoroset Xtreme Monument Matt powder coat with a 30 year colour and 35 year durability warranty, for enhanced finish and corrosion protection.

Every component had to be measured and installed with absolute precision to align with the shop drawings, a task made more complex by the sheer size and weight of the glass panels. The awning system needed to integrate seamlessly with the existing structure, making meticulous attention to detail and precision execution essential to the project’s success.

The timeline added a layer of pressure, with the system installed in three stages over just 55 days. Working in a busy public area meant deliveries could only occur after hours, and space for storing materials was extremely limited.

Magic Glass overcame each obstacle through detailed planning, strong coordination and close collaboration with contractors and

suppliers – a collective effort that ensured the project came together exactly as envisioned.

How Darley Aluminium contributed to the project’s success

Magic Glass Chief Operating Officer Michael Pascoe says Darley Aluminium’s flexible supply process was a positive throughout the installation.

“This made it easy for us to pre-order what we needed as we needed it, rather than having to store it all on-site,” Michael says.

The tight timeline and precision requirements of the project also meant consistent quality supply was essential for the installation team.

“Darley Aluminium’s service was exceptional, and they were proactive in managing our supply line over the project duration,” Michael says.

Well-deserved recognition for the project

The King Street Wharf awning project was entered into the 2025 AGWA Design Awards, which celebrates the use of bespoke glass, glazing and innovative products in building projects.

The judges were clearly impressed – the installation won a Bespoke Design Project Award.

Magic Glass also took home several other AGWA Awards, highlighting the calibre of the company’s work.

Ray Kwan, Darley Aluminium’s National Sales Manager, says Magic Glass is known for quality high-profile work.

“Magic Glass has been a valued customer for a long time, and we’ve got a great working relationship,” he says.

“We’re very pleased we were able to provide the service and support they needed on this project, and that their fantastic work has been recognised.”

Projects like King Street Wharf showcase what’s possible when vision, careful choice of materials and precision workmanship meet!

BUILDING WITH CONTROL DELIVERING WITH CONFIDENCE

PROJECT

LOCATION : Clayton Campus

CONTRACTOR : Best Assembly Joinery

With more than 15 years’ experience in large-scale commercial fit-outs, Melbourne-based Best Assembly Joinery combines local manufacturing with controlled delivery to ensure quality and certainty at scale. This capability was demonstrated at the recently completed Monash University’s Roberts Hall Accommodation and Staff Residences project, where the company delivered the complete joinery scope across 187 student apartments and six staff residences.

Local manufacturing formed the backbone of the program, with all joinery produced at the company’s Melbournebased operation using Australian-sourced products, enabling tightly controlled large-scale production aligned to project requirements. Laminex surfaces were specified throughout, including custom 30mm benchtops with InvisiEdge detailing and Protec+ antimicrobial technology, complemented by BLUM TANDEMBOX and Häfele hardware systems to ensure durability and occupant safety.

From the outset, detailed shop drawings and manufacturing documentation translated design intent into fabrication-ready information, supporting early coordination with the architect, builder and associated trades.

Time became a defining factor. Between 12–28 December 2025, the primary joinery structures across 187 student units were completed in just 16 days. With no lift access and a remote unloading zone, cabinetry was manually transported to upper levels. Carefully sequenced site logistics ensured materials were delivered within one

week and installation remained aligned with program milestones despite increased handling demands.

Across volume production, consistency was critical. While each unit presented variations in building services such as plumbing and sprinkler locations, responsive detailing during fabrication and installation maintained alignment, functionality and finish integrity throughout.

The project was led by Project Manager Desmond Liu, whose steady oversight shaped the pace of delivery. “In projects of this scale, precision begins at the drawing stage,” he said. “A small oversight can repeat across every unit, so clarity and accuracy are essential.”

With evolving site conditions and overlapping trades, decisions were made deliberately, anticipating risks early and maintaining control rather than reacting to pressure.

For more information contact Best Assembly Joinery, 45 Renver Road, Clayton VIC 3168, phone 03 9587 4517, email service@bestassembly. com.au, website www.bestassembly.com.au

COMPLIANCE-DRIVEN RIGGING FOR CRITICAL INFRASTRUCTURE

In Australia’s high-risk construction environments, precision and compliance are everything and that’s where Hard Bakka Rigging has carved out its reputation. Operating out of South-West Sydney and servicing projects nationwide, the company delivers structural steel erection, crane operations, and complex lift solutions across defence, government, mining, renewable energy and industrial sectors.

What sets Hard Bakka Rigging apart is its deep generational experience in steel, combining the hands-on steel knowledge of fabrication, erection, tolerances, and failure modes, with a depth of knowledge, spanning targeted asset investment, modern delivery and Tier-1 compliance systems. As General Manager Mona Hwalla explains, “We’re not just riggers — we understand steel from fabrication through to final installation. That knowledge changes how we plan lifts, tolerances, and sequencing on site.”

The company operates to AS/NZS 5131 erection standards and maintains ISO 9001, 14001 and 45001 systems, with full traceability documentation and QA/QC oversight for site works. “Safety and documentation aren’t add-ons for us,” Mona says. “They’re built into how we operate every day.”

Hard Bakka Rigging’s portfolio spans critical infrastructure sectors, including NSW Government projects, defence hangars, mining facilities, renewable energy plants and specialised data centre infrastructure.

At the Southern Highlands Data Campus in 2023, Hard Bakka Rigging delivered an 880m² structural steel package on time and with zero safety incidents, supporting one of Australia’s early purpose-built liquidcooled data facilities. The company applied the same disciplined delivery approach at the Snowy Hydro 2.0 Kurri Kurri power station, erecting seven structural steel shelters under strict Tier-1 controls.

“These projects reflect our ability to deliver complex steel packages where precision, programme certainty and strict compliance standards are essential, often within restricted work zones, that demand uncompromising safety and quality,” Mona notes.

Beyond workforce skill, asset investment is another differentiator. The company operates its own compliant 30-tonne mobile crane, 20T Franna, EWP’s and specialised lifting gear, allowing better control over lift methodology and mobilisation. “Owning key plant means we’re not waiting on third-party availability,” Mona explains. “It gives clients certainty.”

Family-owned and growing, Hard Bakka Rigging continues expanding its experience and crews and Tier-1 project capability. “Growth for us isn’t about size alone,” Mona says. “It’s about maintaining control, compliance, and consistent delivery on projects where failure simply isn’t an option.”

For more information contact Hard Bakka Rigging, 23-25 Bernera Road, Prestons NSW 2070, phone 0405 722 721, email sales@hardbakkarigging.com.au, website www.hardbakkarigging.com.au

ADAPTIVE REUSE AND SUSTAINABLE DESIGN

DEVELOPER : University of Tasmania

MAIN CONSTRUCTION COMPANY : Hansen Yuncken

ARCHITECT : Woods Bagot

STRUCTURAL ENGINEERS : JMG Engineers & Planners

The Forest redevelopment at the University of Tasmania demonstrates how adaptive reuse can balance heritage, sustainability, and operational complexity. Hansen Yuncken’s continuity from early contractor involvement to GMP delivery enabled efficient structural adaptation, restoration, and fitout across complex, heritage-listed buildings.

The University of Tasmania’s The Forest redevelopment is one of the most ambitious adaptive-reuse projects ever undertaken in Tasmania. A fusion of heritage preservation, sustainable innovation and contemporary learning design.

“Hansen Yuncken initially engaged in an Early Contractor Involvement (ECI) phase, collaborating closely with the University of Tasmania and the design team to refine construction methodologies, material strategies and project staging for this highly complex adaptive reuse,” said Hansen Yuncken Project Manager, Alex Gorton.

“Following ECI, we transitioned into the delivery phase under a Guaranteed Maximum Price (GMP) contract, taking responsibility for the full redevelopment, including structural adaptation, restoration and the complete internal fitout.”

This continuity from design refinement to construction, gave the University confidence that the team could manage the complexity of such a significant transformation. “It ensured certainty across budget, programme and buildability for one of the University’s most ambitious transformation projects,” Alex explained.

Adaptive reuse sits at the intersection of engineering difficulty and architectural aspiration, and The Forest exemplified this. Multiple interconnected buildings, diverse structural eras and heritage-listed components created a web of technical challenges. “The Senior Structural Engineer described it as the most complex temporary works design of his career,” said Alex.

Tight internal spaces, limited access, heritage fabric to retain, and structural systems that needed to be partially stabilised, partially rebuilt and entirely reimagined to support

the new design provided an array of unique challenges of the project team. However, the benefits of working within an adaptive reuse environment is increasingly becoming a preferred, cost-effective and sustainable alternative to demolition and rebuild.

Environmental responsibility shaped every material and construction decision. Hansen Yuncken worked with the design team to retain as much of the existing building fabric as possible, preserving embodied carbon and minimising demolition waste. Life-cycle assessments guided every finish and furniture selection, ensuring sustainable certification and end-of-life recycle-ability.

The materials strategy became one of the project’s most extraordinary achievements. Mass timber was selected for its low embodied carbon and minimal waste. Locally produced Hempcrete was installed at a scale that makes The Forest home to the largest hempcrete installation in the Southern Hemisphere. Natural, recycled and regionally sourced materials rounded out the circular economy approach.

Delivering mass timber structures, hempcrete wall systems and the breathtaking ‘forest beneath the dome’ required years of planning. The long ECI period allowed Hansen Yuncken to secure Australiangrown timber feedstock, plant and cultivate Tasmanian hemp crops, and identify and

rehome Tasmanian native trees in nurseries until installation.

From the outset, the project team—including HY, Woods Bagot, the University and key consultants—established a shared project charter emphasising communication, respect and patience. “The team embraced this approach, taking pride in meeting the programme and achieving the exceptional quality evident in the final built form,” Alex explained.

Digital coordination tools such as Autodesk Construction Cloud kept programme and quality tightly managed, contributing to a delivery that achieved handover on the exact day promised.

The outcome is not only a striking educational facility but a sustainable precinct that enriches student life and the broader community.

“Every contributor operated with transparency, collaboration and a shared commitment to excellence. No individual sought to be the hero,” said Alex. “We are proud to have delivered a transformative environment that will profoundly enhance teaching, learning and research opportunities at the University of Tasmania.”

For more information contact Hansen Yuncken, 39 Patrick Street, Hobart TAS 7000, phone 03 6215 4600, email hobart@hansenyuncken. com.au, website www.hansenyuncken.com.au

Below Candour delivered precision timber façades for The Forest, combining CNC fabrication, modular assembly, and durable finishes.

ARCHITECTURAL PRECISION MEETS PREFABRICATION

Australian architecture continues to embrace the possibilities of intricate timber façades and precision prefabrication.

On the University of Tasmania’s The Forest redevelopment, Candour translated complex designs into high-performance, buildable outcomes, leveraging CNC fabrication, modular assembly, and advanced timber treatments to realise one of Tasmania’s most technically ambitious adaptive reuse projects.

For The Forest, Candour’s contribution was key to achieving the project’s signature organic aesthetic. Candour’s scope ranged from mass timber façades to external fins with finishes that ensured both visual performance and long-term durability in the Tasmanian climate.

“We focus on complex timber design and fabrication, using our architectural prefabrication platform to efficiently deliver high-end outcomes,” explained Founder and CEO, Jas Johnston. “We CNC machined the Masslam façade and exterior fins, factory-applied a premium timber finish, and provided H3 treatment for all external fins.”

“The scale of this project pushed us to develop new quality control and part management processes to ensure an accurate and high-quality outcome,” Jas said. These improvements have now become part of

Candour’s operational backbone, strengthening their capacity for future large-scale work.

Currently, Candour is applying the same innovative thinking to major projects across sectors, including the North East Link Motorway Control Centre and a range of architectural prefabricated homes, further showcasing the versatility of their advanced timber fabrication capabilities.

With a combination of digital precision, material knowledge, and a commitment to architectural excellence, Candour continues to push the boundaries of what’s possible in timber fabrication—one meticulously crafted project at a time.

For more information contact Candour, 9 Sara Grove, Tottenham VIC 3012, phone 0402 823 549, email hello@candour.cc, website www.candour.cc

Below CDT delivers innovative, sustainable hydraulic solutions at The Forest, combining technical precision and workforce development.

FLOWING WITH EXCELLENCE: PRECISION PLUMBING IN ACTION

Tasmania’s commercial construction sector is evolving rapidly, with projects demanding not only technical precision but also innovative, future-ready solutions. In this environment, reliable and forward-thinking hydraulic services are critical to delivering buildings that are efficient, sustainable, and resilient.

Since its establishment in Tasmania in 2018, Cooke & Dowsett Plumbing Tasmania (CDT) has positioned itself as a trusted partner in meeting these challenges, combining technical expertise with collaborative project delivery to ensure complex developments are completed safely, on time, and to the highest standard.

Tasked with delivering advanced hydraulic systems, including syphonic drainage, suspended drainage under a raised access floor, rainwater reuse systems, and seismic design and installation, the CDT’s involvement demanded meticulous co-ordination across multiple disciplines.

“At CDT, we don’t just build systems — we build relationships,” said State Manager Alex Swift. “From early contract engagement and design development to cost planning and final delivery, our goal is to ensure every stakeholder is informed, involved and satisfied.”

With AS/NZS ISO accredited Quality and Safety Systems, the company’s WHSEQ team drives a collaborative and compliant culture across every job. “Safety, sustainability and smart technology are not optional — they’re built into our DNA,” the CDT team emphasises.

The Forest project also reflects CDT’s commitment to developing talent and nurturing the next generation of industry professionals. Apprentice plumber Sam McLagan completed his apprenticeship on this development, contributing across every stage of the project. His journey underscores CDT’s focus on mentorship and skills development, and is a point of pride for the team.

Looking forward, Cooke & Dowsett Plumbing Tasmania continues to support Tasmania’s evolving infrastructure with innovative hydraulic solutions that push industry standards and deliver future-ready performance.

For more information contact Cooke & Dowsett Plumbing Tasmania, Unit 2, 481 Main Road, Montrose TAS 7010, phone 03 6144 5504, email info@cdpg.net.au, website www.cdpg.net.au

HIGH-PRECISION PLASTERING FOR ACOUSTIC AND CURVED INTERIORS

Achieving precise acoustic performance and seamless curved ceilings in high use learning spaces requires more than standard plastering techniques.

For the University of Tasmania’s The Forest development, Plastering Solutions Tasmania (PSTAS) carried out the Level 1 ceiling and partition works, shaping the spaces that support teaching, collaboration and movement throughout the building.

The project is defined by its curved forms, learning landscapes and quiet, nature-inspired interior palette. “The project incorporated a specialty acoustic system in key teaching and communal areas, which required a high level of care to install correctly,” said PSTAS Director, Mitch Turner.

One of the central challenges was the use of the FADE acoustic product, a semi-rigid fibreglass insulation panel finished with a sprayapplied compound designed to create high acoustic absorption. “It required precise handling, from the initial tape and setting of joints right through to the finished spray coats. Each stage had to be inspected, patched, and signed off before we could move to the next,” explained Mitch.

The project also featured extensive curved detailing throughout bulkheads, pelmets and ceiling forms in large teaching spaces. “The most complex FADE ceiling was a curved shell design integrated seamlessly into curved bulkheads and pelmets,” Mitch said. “These areas best showcase our craftsmanship. The precision needed to achieve those transitions was significant.”

To maintain a consistently high standard, PSTAS worked closely with Hansen Yuncken through on-site quality assurance. “Our main site manager, Andrew Hughes, oversaw the QA process and reviewed all framing and preparatory work to ensure the final finish met the project’s expectations,” Mitch explained.

Reflecting on the project, Mitch acknowledged the collective effort behind the work. “I’d like to extend a huge thanks to my team at PSTAS for their hard work and commitment, and to Hansen Yuncken for trusting us with such a great project.”

For more information contact Plastering Solutions Tasmania, 87-99 Talbot Road, South Launceston TAS 7249, phone 03 6128 3026, email mitch@pstas.com.au

Below VOS Constructions & Joinery delivered precision bespoke glazing combining technical expertise with architectural excellence.

WARMTH, FUNCTION, AND PRECISION: GLAZING SOLUTIONS FOR HERITAGE-INSPIRED DESIGN

While VOS Constructions & Joinery is widely recognised as one of Tasmania’s largest and most established builders, VOS’ specialist Glass and Joinery division integrated complex glazing systems with extensive custom joinery throughout the learning and collaboration spaces.

The glazing scope integrated with timber interior finishes and included the supply and installation of 13.52mm Evantage clear heatstrengthened custom laminated glass to internal timber windows, along with Capral aluminium sliding windows, hinged doors and automatic sliding doors. “We worked closely with the joinery teams from the beginning of the project to ensure the timber rebates and beads were produced accurately for the glass installation,” Glazing Manager Mitchell Free explains. “That early co-ordination meant the glazing integrated seamlessly with the timber architecture.”

The breadth of the package required careful sequencing and detailed co-ordination with the larger construction programme. “The volume of product required across the site was substantial, and ensuring everything arrived on time, was fabricated precisely, and integrated seamlessly was a major focus for our team,” said Glazing Manager Mitchell Free. “The internal glazing package demanded absolute

precision. We worked closely with suppliers to meet the exacting requirements, and our installation teams delivered finishes that complement the mass-timber architecture beautifully.”

Across the Learning Landscapes, open collaboration areas, stair cores, and teaching spaces, VOS’ joinery and glazing elements elevate the warmth and sophistication of the timber-led design. Including circular modular work booths, curved banquette seating, terraced learning landscapes, timber wall linings, and acoustic panelling, many of the joinery elements featured curved or complex geometries, requiring detailed 3D modelling and modular fabrication to ensure accurate installation on site.

“The way the custom laminated glass complements the timber features and internal garden is inspiring,” Mitchell explained. “When you walk through the curved pod meeting rooms and look out across the timber stairs toward the garden, the finish really stands out.”

For more information contact VOS Constructions & Joinery, 70 Browns Road, Kingston TAS 7050, phone 03 6229 0300, email reception@vosgroup.com, website www.vosconstruction.com.au

Below Danmor Engineering delivered precision steel fabrication, protective coatings, and innovative structural solutions for The Forest.

TRANSLATING ARCHITECTURAL AMBITION INTO STRUCTURAL REALITY

Precision, reliability, and innovation in structural steel are increasingly critical as architectural ambition and complex geometries push Tasmania’s commercial and infrastructure projects to new heights. Danmor Engineering Pty Ltd leverages more than four decades of expertise in steel fabrication, industrial painting, and protective coatings to deliver technically demanding projects with enduring quality.

On the University of Tasmania’s The Forest redevelopment, Danmor was entrusted with the main structural steel package, translating complex design intent into precise, build-able solutions that balance aesthetic excellence with structural integrity.

“The scale and delivery schedule for this project demanded careful co-ordination,” explains General Manager Danny Morris. “We had multiple detailers working simultaneously to ensure every area and contractor was aligned, especially given the complex geometry and integration of existing structures.”

Among the project’s standout engineering achievements was the curved dome truss, meticulously designed to support the glazed central atrium, a signature architectural feature of The Forest. “That

dome truss was a real challenge,” Danny said. “It required precision fabrication and installation to achieve both the aesthetic and structural integrity the architects envisioned.”

At the height of construction, 14 of Danmor’s skilled team members were onsite, supported by the company’s advanced in-house fabrication capabilities, including a CNC fibre laser (processing up to 40mm plate) and a beamline system (max profile 1100 x 460mm).

As a Dulux Certified Coating Specialist, Danmor also ensured the steel components were treated to the highest protection standards.

With more than four decades of experience, Danmor Engineering Pty Ltd continues to set the standard in structural steel fabrication and installation, industrial painting, and protective coatings across Tasmania’s commercial, infrastructure, and private development sectors. Current projects include the refurbishment of Elizabeth Street Pier, the Royal Hobart Showground Development, and the Selfs Point Sewage Treatment Plant.

For more information contact Danmor Engineering Pty Ltd, phone 03 6445 1350, email danmor@danmor.com.au, website www.danmor.com.au

HEMPCRETE IN ACTION: DELIVERING SUSTAINABLE, HIGH-PERFORMANCE INTERIORS

The University of Tasmania’s The Forest building is a bold testament to the potential of bio-based construction — and at its heart lies a remarkable collaboration between X-Hemp, Hannan Build, and the Australian Hemp Masonry Company. Together, these innovators brought the hempcrete vision to life across 28 teaching and learning spaces and a liftwell, marking one of Australia’s largest and most complex hempcrete installations to date.

“There was continuous communication between the three companies from the outset through to completion,” said Klara Marosszeky, Managing Director of Australian Hemp Masonry Company. “We were all committed to ensuring it was a positive experience and outcome for UTAS, Woods Bagot, and Hansen Yuncken. The project is a great opportunity to showcase the possibilities of hempcrete construction.”

Australian Hemp Masonry Company developed the hempcrete product, supplying a proprietary lime binder manufactured in Sydney and consulting on every phase of the project. They also worked closely with architects Woods Bagot from the early design stages, delivering educational sessions for their team. Their Tasmanian partner, Andi Lucas and X-Hemp, provided the locally processed hemp hurd, ensuring the build met the university’s sustainability goals — including

low embodied energy, carbon storage, and superior thermal, acoustic, and air quality performance.

Hannan Build - Shane Hannan and Tully Dunn, brought over a decade of installation expertise to the table. “This project is all about feature walls,” Klara explained. “While hempcrete is traditionally rendered, the off-form walls allowed Shane and his team to play with colour and tone — each batch of hemp bringing natural variation that’s beautifully showcased in the finished design.”

Despite the challenges of working on a multi-storey adaptive reuse site alongside hundreds of trades, the team’s collaboration and commitment ensured seamless delivery. “It’s a beautifully executed showcase project,” Klara says. “Together, we’ve demonstrated that sustainable, bio-based construction can be both beautiful and viable — and that it’s the future of Australian building.”

For more information contact, X-Hemp 0413 388 470 www.xhemp.au

Hannan Build 0429 658 886 www.facebook.com/hannanbuild/ Australian Hemp Masonry Company 0422 750 612 www.hempmasonry.com.au

Below Access Solutions delivered bespoke, timber-finished lifts at UTAS The Forest, combining technical precision with design integration.

FUNCTION AND FORM: CUSTOM LIFT SOLUTIONS FOR HIGH-PERFORMANCE BUILDINGS

As buildings increasingly prioritise bespoke design and integrated architectural expression, vertical transport is no longer just functional. Access Solutions provided bespoke vertical transport solutions that aligned seamlessly with the The Forest’s architectural and thematic vision.

“We installed six lifts into the UTAS Forestry project ranging from 400kg, 1150kg to 2500kg capacity,” says Sean Sutton, General Manager at Access Solutions. The scope included one heavy-duty cargo lift which was prioritised early in the programme to support site logistics, followed by five custom passenger lifts.

The project demanded seamless scheduling and flexible delivery, with several lift installations occurring over the holiday period when labour resources were limited. Despite these seasonal constraints, Access Solutions maintained momentum across a nine-month installation period, with two to three teams on-site at any given time.

A defining feature of this project was the highly customised interiors that reflected The Forest’s timber-rich aesthetic. “Five of the lifts are custom made with a special interior fitout in keeping with the Forestry themes—timber wall linings, Tas oak handrails, indirect lighting and

custom laid floor tiling,” Sean explained. The company collaborated with its sister business, Access Property, to deliver the bespoke lift car finishes.

“The interior design process was comprehensive,” said Sean. “We trialled over five lighting systems before we were satisfied with the indirect lighting, and sourcing the right Tas oak panelling took time.”

System integration also called for rigorous co-ordination. “Lift installation required intensive collaboration with the builder and other trades for shaft preparation and materials handling, all while maintaining a focus on safety.”

Proudly Tasmanian-owned and backed by 30 years of lift industry experience, Access Solutions views this project as a standout achievement. “Our teams can be proud of their work, and we’re proud to be part of this exciting project,” Sutton concludes.

For more information contact Access Solutions, 223 Harrington Street, Hobart TAS 7000, phone 03 6229 2476, email info@access-solutions. com.au, website www.access-solutions.com.au

COMPLEX GEOMETRIES, FLAWLESS EXECUTION: TILING WITH HIGH-PERFORMANCE MATERIALS

Tas Tiling Contractors completed a highly detailed tiling package that reflects the newly redeveloped University of Tasmania -The Forest project’s natural aesthetic and refined architectural vision. The company was engaged to carry out tiling works across Level 2, including floors and walls of the Bridge area, along with approximately 300m² of flooring and 300m² of paving in the Level 1 car park. Works commenced in June 2024 and were completed in October 2025.

“The project involved working with detailed architectural layouts and various surface transitions, particularly around the Bridge and curved wall areas,” said Jiho Choi, Director, Tas Tiling Contractors. “Maintaining consistency in grout lines and tile alignment across complex geometries required close co-ordination with other trades and careful planning.”

One of the most technically demanding challenges was the installation of the thin brick tiles, which were cut down from full Brickworks Daniel Robertson bricks to just 20mm thick.

The project used an equal mix of three colour selections—Cambridge, Black and Buff—across the tiling surfaces. “Working with three

different colours and slightly inconsistent brick sizes demanded precision and patience to ensure a uniform and high-quality finish,” Jiho explained.

Substrate preparation, levelling, and the selection of high-performance adhesives and grout systems were essential to achieving durability and performance in high-traffic areas. Tas Tiling Contractors undertook careful inspection and quality checks at each stage to ensure alignment with the design intent and long-term functional needs of the space.

“We’re proud of delivering high-quality finishes that align with the project’s natural aesthetic and architectural intent,” Jiho said. “It was a rewarding experience to contribute to such a significant Tasmanian project that combines design excellence with sustainability.”

“I’d like to thank our team for their hard work and Hansen Yuncken for their support throughout the project. We’re proud of what we achieved together,” said Jiho.

For more information contact Tas Tiling Contractors, U2 14A Main Road, Moonah TAS 7009, phone 0499 996 424, email choi@tastiling.com

Below ILEC delivered large-scale communications infrastructure, supporting reliable digital performance across UTAS’s complex Forest redevelopment.

BUILDING PERFORMANCE THROUGH COMMUNICATIONS INFRASTRUCTURE

As universities invest in digitally enabled learning environments, communications infrastructure has become a critical layer of building performance rather than a background service. On the University of Tasmania’s The Forest redevelopment, ILEC Pty Ltd delivered large-scale structured cabling and fibre optic systems that demanded precision, coordination, and long-term reliability across a complex, highly visible campus environment.

Over a two-and-a-half-year delivery period, the Tasmanian-based electrical and communications specialist was responsible for designing and installing the project’s communications infrastructure.

“We handled all the communications infrastructure including the structured cabling and fibre optic cabling on the project,” said James Rand, Project Manager at ILEC. “It was one of the larger projects we’ve been involved in, with around 2,400 data outlets and significant fibre infrastructure between the multiple communications rooms.”

The project’s scale and visibility made the installation particularly challenging. “There is over 100km of Cat6A cables installed throughout the building,” James explained. “A lot of it’s on display, so it all had to look good, which meant a lot of planning and attention to detail.”

Working within a live construction site, co-ordination with multiple trades was essential. “There were so many parties involved; AV, electrical, and other services,” James said. “Some of the AV packages required early handover of our cabling, so timing and sequencing were key. It was a real team effort to make sure everyone had what they needed, when they needed it.”

For James, the standout achievement was the quality of the final result. “I’m really proud of how well the team performed and how the finish came together,” he reflected. “A lot of work went into the early documentation to make sure every cable had its place, and it shows in the result.”

ILEC worked hand-in-hand with FIP Electrical Tasmania and the builders Hansen Yuncken, maintaining close collaboration from start to finish. “It’s been a long project but a great experience,” James concluded. “Everyone’s worked together really well, and we’re proud to have helped deliver something of this scale and quality for UTAS.”

For more information contact ILEC Pty Ltd, Unit 6, 2 Kennedy Drive, Cambridge TAS 7170, phone 03 6248 4255, website www.ilec.net.au

Below SLS Landscape Group crafted a technically precise, immersive forest landscape, bringing tranquillity and natural beauty to UTAS The Forest.

GROWING THE VISION: SLS BRINGS THE FOREST AT UTAS TO LIFE

On projects where landscape is embedded within the building fabric, success requires construction discipline and experience in interpreting architectural intent with innovative, buildable solutions. At the University of Tasmania’s The Forest redevelopment, SLS Landscape Group delivered a transformative living internal and external landscape that required careful sequencing, technical coordination, and a nuanced understanding of the project’s design vision.

Drawing on extensive experience delivering complex urban landscapes, SLS executed works across multiple zones, creating a cohesive forestlike environment that now sits at the heart of the campus.

“In the Atrium area, we constructed all the garden areas and planting, including the installation of the Stratavault system and forest pool,” explains Dean Harris, General Manager. “We also handled boulder placement, the timber boardwalk, irrigation including the misting system, paving base works, gravel pavement, and concrete footings for the light poles and fallen tree.”

Their detailed craftsmanship extended into the laneway, where SLS delivered garden construction, irrigation and planting, boulder

placement, sandstone retaining walls, and additional forest pool installations. In the carpark precinct, they constructed the garden areas, irrigation, planting, timber handrails, and further sandstone retaining structures.

“Working in a relatively small workspace around other trades with limited access provided some challenges,” Dean said. “Sourcing suitable material for the forest pools to ensure they held water was another hurdle. And with the architect aiming to recreate a dense forest environment, fitting in all the specified plants within the space was challenging.”

Designed by Realm Architecture, the landscape intent was deeply integrated with the building’s form and the university’s sustainabilityled vision. “What we were undertaking had already been designed to fit in with the overall environment. Realm has done an amazing job,” Dean explained.

For more information contact SLS Landscape Group, 14 -16 Hale Street, Derwent Park TAS 7009, phone 03 6273 0075, website www.slslandscapegroup.com.au

Below Dynamic Hobart Tiling ensured high-quality, durable, and coordinated tiling outcomes across diverse spaces within The Forest redevelopment.

HIGH-PERFORMANCE COMMERCIAL TILING SOLUTIONS

As one of Tasmania’s emerging leaders in specialist commercial tiling services, Dynamic Hobart Tiling, led by Director Henry Nguyen (Cert IV in Construction and Building), delivered proven technical expertise, exceptional attention to detail, and a highly collaborative approach to the landmark University of Tasmania – The Forest development.

At the University of Tasmania’s The Forest redevelopment, Dynamic Hobart Tiling mobilised its highly skilled team of ten tradespeople to execute complex wall and floor tiling works across multiple building levels. The scope included high-use, high-expectation environments such as Level 1 End-of-Trip facilities, Level 2 Back-of-House areas, teaching spaces, and premium corporate zones, all requiring a consistently high-end architectural finish.

“This project required the installation of a wide variety of tile formats, ranging from intricate Japanese mosaics to large-format panel tiles,” explains Henry Nguyen. “Achieving the specified finish demanded advanced technical capability, accurate setting-out, and strict adherence to workmanship standards across every stage of delivery.”

To mitigate long-term waterproofing, durability, and system compatibility risks, Dynamic Hobart Tiling implemented a fully integrated Mapei system, incorporating screeds, membranes, adhesives, grouts, and silicones. “By adopting a single, fully compatible system, we were able to secure full manufacturer warranties while ensuring long-term performance and consistency across all applications,” said Henry.

Project delivery was underpinned by disciplined coordination and early engagement with the builder, consultants, and key stakeholders. Dynamic Hobart Tiling worked closely with the builder, architect, and client from initial pricing and programming through to site mobilisation and final handover, ensuring all works were delivered in strict accordance with engineering and architectural documentation.

Documentation control, sequencing, and quality assurance were managed through Aconex and BIM 360, supported by regular site meetings that maintained clear communication across trades and significantly reduced the risk of downstream rework.

For Dynamic Hobart Tiling, The Forest project demonstrates how early technical input, consistent installation methodology, and collaborative site engagement can successfully deliver complex tiling packages within high-performance institutional and commercial environments.

Established in 2022 and led by Henry Nguyen, who brings more than a decade of hands-on industry experience supported by formal construction qualifications, Dynamic Hobart Tiling has rapidly built a reputation as a trusted contractor for high-end commercial and institutional projects across Tasmania.

For more information contact Dynamic Hobart Tiling, 230-234 Murray Street, Hobart TAS 7000 phone 0416 727 768, website www.dynamichobarttiling.com.au

Below Zenith Interiors delivered custom furniture and workspace solutions, blending contemporary functionality with heritage building character.

SEAMLESS FURNITURE INTEGRATION FOR FUTUREREADY HERITAGE LEARNING ENVIRONMENTS

Delivering contemporary, high-performance interiors within heritage-listed buildings demands more than furniture, it requires nuanced understanding of the building’s function, history, and architectural intent.

Zenith Interiors delivered a highly tailored interior fit-out for the University of Tasmania’s The Forest, achieving a rare balance between contemporary workspace design and sensitive heritage integration. The scope of works included a comprehensive furniture and workspace solution across the building’s academic, research and community zones.

“This included Orbis workstations with custom Echo Panel curved and precinct screens, a suite of seating solutions including Noho Move chairs, JAC side and tub chairs, Tipo chairs, Primary tables, along with custom Verse Rooms in crafted hardwood timber and integrated storage,” said Vera Meharg, Marketing Director at Zenith Interiors.

“One of the biggest challenges was integrating contemporary furniture solutions into irregular spaces without compromising the heritage fabric or the architect’s intent for openness and connectivity,” Vera explained. Custom precinct screens and timber Verse Rooms

were purpose-designed to align with the building’s historic character while delivering modern acoustic performance and privacy.

Sustainability and user wellbeing were embedded throughout the fit-out strategy. Zenith specified low-impact and recycled materials where possible, including the Noho Move chair made from upcycled materials and Echo Panel acoustic screens manufactured from recycled PET. Ergonomic seating and height-adjustable workstations were selected to support comfort, adaptability and long-term usability, while modular systems ensure the spaces can evolve over time.

“The standout achievement is the seamless integration of contemporary, flexible workspaces within a heritage-listed building. The custom Verse Rooms exemplify that balance—offering privacy and function without detracting from the building’s historic character,” said Vera. The result is a vibrant, future-ready learning environment that honours the past while supporting modern education, research and collaboration.

For more information contact Zenith Interiors, Level 6, 555 Bourke Street, Melbourne VIC 3000, phone 03 9693 2600, website www.zenithinteriors.com

SUSTAINABLE FURNISHING FOR A FUTURE-FOCUSED CAMPUS

In a project defined by deep environmental responsibility and future-focused design, Living Edge played a pivotal role in equipping UTAS – The Forest with furniture that reflected the same ethos driving its architecture. As a premium supplier of designled, sustainably manufactured furnishings, Living Edge provided 150 Herman Miller Setu chairs, which combined performance, aesthetic integrity, and circular design thinking.

“We worked closely with Woods Bagot throughout the furniture selection process,” explained Tim Batchelor, Senior Education Consultant at Living Edge. “Beyond fit-for-purpose and ergonomics, the university was particularly interested in design for disassembly, warranties, and products with recycled and recyclable content. Given the high level of sustainability objectives for the project, Living Edge and Herman Miller were ideal partners.”

The 150 Herman Miller Setu chairs selected for The Forest exemplify this alignment. Combining ergonomic comfort with a lightweight, highly recyclable frame, the Setu embodies circular design principles, supporting long-term asset lifecycle strategies and end-of-life material recovery, key priorities within the university’s sustainability framework.

Throughout the procurement phase, Living Edge was required to provide detailed documentation confirming sustainability credentials, lifecycle transparency, and compliance with circular design frameworks. “As part of Living Edge’s LivingOn sustainability programme, this was readily available information which we were able to support Woods Bagot and the client with,” said Tim.

The Forest has been recognised as an architectural and environmental benchmark, integrating renewable materials, biophilic design, and thoughtful future-use planning. For Living Edge, contributing to a project of this calibre reflects their enduring commitment to sustainable innovation in commercial interiors.

“The Forest is an ambitious project with sustainability considered in every design element—from its new life to its end-of-life,” Tim reflects. “This aligns perfectly with Living Edge’s ‘Furniture for Life’ sustainability philosophy, which underpins every brand we bring to the Australian market.”

For more information contact Living Edge, phone 1300 132 154, email info@livingedge.com.au, webstie www.livingedge.com.au

Visit Living Edge in Melbourne, Sydney, Perth and Brisbane

Below UCI Joinery delivered bespoke, timber-rich interiors at UTAS The Forest, combining craftsmanship, sustainability, and commercial expertise.

CRAFTING FUNCTIONAL BEAUTY: TIMBER JOINERY IN COMPLEX ADAPTIVE REUSE

UCI Joinery translated complex design intent into a cohesive, timber-rich interior for The Forest, delivering bespoke joinery solutions that combined heritage sensitivity, sustainability, and high-traffic durability. With more than 35 years in the industry and a growing footprint in the commercial sector, the project marked a defining step forward for the Tasmanian-based joinery specialist.

“Our scope covered a wide range of joinery elements,” said Karina Allan, Manager at UCI Joinery. “That included kitchen and print-point joinery, along with a substantial amount of planter and integrated seating joinery throughout the building, including the Corporate Services and TCoE (Kobe) zones.”

Timber was the defining material across the entire package, aligning with both the heritage nature of the former forestry warehouse and the sustainability ambitions of the project. “Everything was based around timber—lots of veneer and solid timber finishes,” Karina said. “That material choice really supported the story of the building and helped retain a strong connection to its original purpose as a forestry facility.”

Sustainability was a major driver in the project’s material direction. “That’s one of the reasons timber features so heavily,” Karina

explained. “The finishes link back to the building’s history, but they also support the project’s environmental objectives, which were a big focus throughout.”

For UCI Joinery, the project presented a departure from standard commercial work and demanded a highly customised approach. “It was very different to what we’d done before. It’s very bespoke,” Karina said. “Every element felt special because it required so much tailoring to the space.”

Despite the complexities of the project, the UCI team embraced the opportunity to explore a wider application of joinery in commercial and high traffic spaces, stretching their expertise to deliver a thematic, high-quality commercial solution.

The result is a refined, timber-rich interior that enhances both the beauty and usability of The Forest, reflecting UCI Joinery’s growing reputation for craftsmanship in complex, design-led environments.

For more information contact UCI Joinery, 14-16 Tasma Street, Hobart TAS 7000, phone 03 6425 1399, email hobart@ucitas.com.au, website www.uci.com.au

WHEN DEVELOPMENT MANAGEMENT BECOMES THE DIFFERENCE

DEVELOP MANAGER : Perri Group

MAIN CONSTRUCTION COMPANY : Hacer

ARCHITECT : FJC Studio

PROJECT VALUE : $200 million

17 Bennetts Lane, a 20,000m² high-rise in Melbourne CBD, delivers light-filled commercial spaces, private lift access, terraces, and first-class amenities. Designed to 5-star NABERS and 5-Star Green Star standards, the project showcases disciplined development management overcoming extreme site constraints, heritage retention, and complex logistics to achieve ambitious commercial and environmental outcomes.

Bennetts Lane in Melbourne CBD presented a rare convergence of innercity development challenges: extreme site constraints, retained heritage fabric, significant archaeological works and a complex construction program. Successfully navigating these conditions required a development management approach that was both strategic and deeply hands-on.

Acting as Development Manager on behalf of their Joint Venture partners, Pellicano, The Perri Group played a decisive role in shaping outcomes, overseeing delivery, actively managing risk, sequencing and commercial strategy, guiding the project from early demolition through to completion. This included procuring and delivering a design that responded to the JV partners’ ambitions while meeting feasibility, cost and programme targets on one of the city’s most constrained urban sites.

That remit translated into a highly handson approach allowing risks to be identified early and decisions to be made at pace. “We managed the demolition of the existing buildings directly with the demolition subcontractor, and procured and managed the archaeological investigation onsite, including the discovery and management of approximately 100,000 artefacts.” explained Senior Development Manager Marc James.

Perri Group also formed and led the design team, driving design responses aligned to the development brief, while self-managing basement construction and structural foundations directly with Delta Group. Once the substructure was complete, Perri Group facilitated the agreement with build partner Hacer and worked collaboratively to ensure successful construction and delivery.

In parallel, the team oversaw a major shift in building use, implementing a strategic evolution of use for around 40% of the tower. Levels 2 to 6 were further developed away from commercial office floors and into 113 premium finish, high-quality short and long term stay apartments - the final details of which are soon to be announced publicly. An adaptive strategy that strengthened commercial performance and long-term relevance.

Staying on programme and within budget required close collaboration and agile decision-making. “Partnering with a builder who can collaboratively work with us through a value management process was extremely important,” Marc says. “Having an agile and nimble development team ensured challenges were successfully navigated with the support of our build, design and financial partners.”

From a construction perspective, site logistics presented significant challenges. With less than 25m of street frontage on Little Lonsdale Street, simultaneous crane loading and concrete pumping using semi-trailers was not feasible, placing pressure on loading operations.

To overcome this, the project team implemented an innovative top-down slab construction solution at ground level, internal to the site and parallel to the crane loading bay. Constructed prior to basement excavation, the slab widened the loading area and created a dedicated concrete pump zone, allowing crane operations to continue on pour days and saving several weeks on the program while reducing noise and vibration impacts.

Heritage retention added another layer of complexity. During works, the existing

retained façade wall was found to be in poor condition, necessitating a brick-for-brick demolition and reconstruction to match the original detailing, ensuring its longevity well into the future.

Quality control was underpinned by early trade engagement and a rigorous approvals process, with major trades appointed ahead of site works and weekly site walks ensuring alignment with design intent throughout delivery.

For Perri Group, the finished result speaks for itself. “The final product of Bennetts Lane and its unique and unparalleled presence amongst the Melbourne skyline is undoubtedly what we are most proud of,” Marc said.

In a city where space is scarce and expectations are high, Bennetts Lane stands as an example of disciplined development management and collaborative delivery in action.

For more information contact Perri Group, phone 03 8609 9060, email info@perrigroup.com, website www.perri-group.com

Below Custom Clad, VIC and QLD–based cladding specialist, supplied and installed the complex curved brick façade at 17 Bennetts Lane.

WHAT GOES BEHIND CRAFTING SOME OF THE WORLD’S MOST CHALLENGING CURVED BRICKWORK

Rising 20 storeys above the narrow rhythm of Melbourne’s CBD, 17 Bennetts Lane demonstrates what is possible when technical façade engineering and vision align. At street level, this ambition is expressed through a highly intricate curved brick façade, where horizontal and vertical curves intersect to form a seamless, sculptural surface.

Curving brickwork in a single direction is already complex. At 17 Bennetts Lane, the challenge was amplified by the need to curve across both horizontal and vertical planes simultaneously. Every deviation, no matter how small, had the potential to compound across the façade. This combination of geometry and material behaviour is rarely attempted, not because it cannot be imagined, but because controlling it in practice demands an exceptional level of planning and expertise.

It was within these constraints that Custom Clad’s end-to-end cladding approach became critical. by bringing design, manufacture, supply and installation together as a single, coordinated process.

As part of this integrated scope, Custom Clad supplied a complete lightweight wall cavity system combining steel framing, non-

combustible insulation, breathable sarking, and metal battens. The brick slip cladding extended across both the internal and external faces of the front entry, reinforcing the continuity of the curved form. Custom Clad also installed vertical feature cladding made from recycled Oregon timber salvaged from the demolition of the original structure on the site.

“This project began long before fabrication, with a fully modelled 3D steel framework developed by the team at Hacer Group”, said Michael Slowey, Director of Custom Clad. “The 3D model allowed our team to visualise every curve and detail of the building well in advance. Both the primary steel frame and the brick façade sub-frame were fabricated directly from this model, ensuring every line aligned with the intended architectural vision.”

From the 3D model, Custom Clad manufactured precise jigs for accurate setout on site for the specialised curved light gauge steel framing. These jigs ensured consistency across all curved sections, allowing the framing to form perfectly around the intricate window and wall shapes.

Every steel frame was manufactured in Custom Clad’s Hallam facility and delivered

to site ready for installation, sorted and labelled for efficient assembly. Managing the logistics of delivery and coordination was crucial given the site tight access in the CBD.

Custom Clad’s ability to manufacture inhouse and supply complete system helped reduce downtime on site and maintained consistent quality across every stage of the project. Working closely with Nubrik, Custom Clad ensured that the variations in natural clay pressed materials were managed carefully so that the finished façade achieved both structural and visual harmony.

During installation, multiple cladding installers worked simultaneously to erect the

steel framing and lay the brick slips precisely according to detailed shop drawings.

Brickwork was installed progressively before mortar was applied, allowing the curvature to be refined and checked throughout the process. Particular care was taken to ensure brick and mortar colours aligned with adjacent façades and neighbouring buildings, reinforcing visual continuity at street level.

“It has been incredibly fulfilling to push the limits of cladding innovation again with Hacer Group, setting a new standard for what can be achieved with modern construction tools, exact setout and a collaborative approach”, said Slowey.

The finished result appears calm and effortless, a seamless curved brick façade that conceals months of planning, coordination and technical discipline. At 17 Bennetts Lane, complexity has not been eliminated, but resolved, demonstrating how careful modelling, material understanding and craftsmanship can bring ambitious architectural forms to life with precision and elegance. For more information contact Custom Clad, phone 03 9791 2904, email info@customclad. com.au, website www.customclad.com.au

Structural Engineers for Bennetts Lane would like to congratulate Perri Group on their landmark project.

Level 5, 31 Queen Street

Melbourne VIC 3000 t. 03 9614 7155

Suite 301, Level 3 19A Boundary Street Rushcutters Bay NSW 2011 t. 02 9690 2488

Level 7

115 King William Street Adelaide SA 5000

e. paul@webberdesign.com www.webberdesign.com

Below Profire delivered reliable, compliant fire protection systems at Bennetts Lane, combining expertise, precision, and seamless integration.

HIGH-RISE FIRE SYSTEMS DESIGNED FOR PERFORMANCE AND COMPLIANCE

With over 30 years of fire protection expertise, Profire (Aust) Pty Ltd ensures critical fire alarm and essential safety systems are delivered reliably, compliantly, and with seamless integration, even on tightly constrained inner-city sites like Bennetts Lane.

Operating since 2011 under the Profire banner (formerly Firelec), the company specialises in the full lifecycle of fire and electrical services, from design and installation through to long-term servicing and emergency response.

The Bennetts Lane project demanded precision, compliance and reliability at every stage. “Fire systems are not an area where you can take shortcuts. Everything must integrate seamlessly with the building and perform exactly as intended when it matters most,” explained Dean Borg, Director of Profire. “Our focus is always on delivering systems that are robust, compliant and easy to maintain long after handover.”

For Bennetts Lane, Profire delivered the installation of dry fire alarm systems, emergency warning and intercommunication systems (EWIS), and associated detection infrastructure, all co-ordinated alongside the broader construction programme. The company’s qualifications span

electrical contracting, cabling, building practitioner licensing and Fire Protection Association (FPA) membership, underpinned by extensive insurance coverage and 24/7 emergency service capability .

Dean believes performance on site is measured not only by technical delivery, but by reliability. “Meeting programme and compliance without disruption to the builder is just as important as the systems themselves,” he says. “At Bennetts Lane, the team delivered on time, without delays, and with no negative feedback from the client, that’s something we’re proud of.”

With an extensive project history across residential towers, commercial precincts, education facilities and retail environments, Profire continues to build its reputation as a trusted fire protection specialist. At Bennetts Lane, the company’s disciplined delivery and deep technical capability ensured the development’s life-safety systems were installed to the highest standard.

For more information contact Profire (Aust) Pty Ltd, 8/62 Fallon Street, Brunswick VIC 3056, email profire1@hotmail.com, phone 0423 844 580

FROM BLUEPRINT TO BLACKBOARD: HIGH-QUALITY LEARNING ENVIRONMENTS

Gamadji, Umarkoo and Kulap primary schools deliver modern learning environments,while scaling education infrastructure to meet the needs of growing communities. Featuring administration and library facilities, specialised curriculum spaces, learning neighbourhoods, sports fields, hard courts and community hubs, the schools are designed to provide facilities that support high-quality, future-focused education.

Delivering Victoria’s New Schools Bundle B program required precision, repeatability and disciplined co-ordination across multiple sites. Spanning regional growth corridors, the project required strong program control, consistent construction methodologies and embedded quality systems, an environment where Hutchinson Builders leveraged its education infrastructure experience to deliver certainty at scale.

Maintaining alignment across geographically dispersed sites was fundamental to the projects success. “The program was managed through regular weekly assessments with site teams and subcontractors to track progress and ensure key milestones were being met,” Project Manager Joe Sollis explained. “This allowed potential issues to be identified early and addressed before they impacted the overall schedule.”

Sequencing efficiency was strengthened by Hutchinson Builders’ prior delivery of similar bundled school projects. “Having completed these types of schools many times before meant there was a strong understanding of how the works should be staged and co-ordinated,” Joe said. That familiarity enabled works to be sequenced efficiently and consistently, reinforcing productivity and quality across all campuses.

Quality control was embedded through rigorous Inspection and Test Plans (ITPs), with subcontractor ITPs enforced and Hutchinson Builders implementing its own processes in accordance with the HB Quality Manual.

Past experience informed a proactive risk approach. “Areas that had caused issues previously were given additional focus during design reviews and construction,” Joe said. Targeted workshops with subcontractors and consultants addressed these risks early, reinforcing compliance standards before works progressed. This structured oversight ensured consistent build quality across sites, regardless of regional complexities.

Design for Manufacture and Assembly (DfMA) principles refined the construction methodology. Several buildings transitioned from traditional timber framing to light gauge steel framing to improve repeatability and sequencing predictability.

“Light gauge steel allowed faster and more predictable sequencing on site and removed common timber-related inconsistencies,” Joe said. The shift delivered improved dimensional accuracy, reduced rework and streamlined workflows. By standardising structural systems wherever feasible, Hutchinson Builders replicated proven construction

methods across the bundle, strengthening program certainty and consistent quality outcomes.

“In several locations, the surrounding road infrastructure was still being developed, which made access to site more difficult and required additional planning around deliveries and plant movements,” Joe said.

These challenges were mitigated through early trade engagement, progressing shop drawings ahead of schedule and carefully sequencing deliveries to avoid congestion. Finishing works were advanced in parallel where possible to reduce end-of-program pressure.

“By planning logistics early and maintaining strong co-ordination across all parties, we were able to manage access limitations, maintain progress on site and ensure build quality was not compromised,” Joe explained.

Designed by Architectus, the schools prioritised flexible, contemporary learning environments. Maintaining design intent while ensuring practical buildability required disciplined collaboration. “Detailed shop drawing reviews, regular design co-ordination meetings and fortnightly architect site walks allowed design intent to be reviewed on site and issues resolved early,” Joe said.

A prototype modular building was constructed early to test key performance benchmarks, including airtightness, acoustics and watertightness. Once validated, this benchmark informed delivery across the program.

Off-site manufacturing of joinery and selected components removed elements from the critical path, improving quality control and streamlining installation sequencing. “Building similar types of schools repeatedly allowed methods, sequencing and details to be refined each time. What was learned on early buildings was quickly carried through to the next ones,” Joe explained.

The New Schools Bundle B program demonstrates Hutchinson Builders’ capability in delivering multi-site education infrastructure across Victoria, where structured planning, DFMA integration and collaborative discipline drive consistency, efficiency and long-term quality outcomes.

For more information contact Hutchinson Builders, 70-72 Cecil Street, South Melbourne VIC 3205, phone 03 9282 9500, website www.hutchinsonbuilders.com.au

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FUTURE-FOCUSED TECHNOLOGY FOR MODERN LEARNING ENVIRONMENTS

As education environments continue to evolve, technology integration has become central to the design of modern learning spaces. For AVRUS, the New Schools Bundle B program presented an opportunity to deliver advanced audiovisual and communication systems designed to enhance teaching outcomes and support longterm operational performance.

Working alongside Hutchinson Builders, AVRUS provided a comprehensive technology package across multiple schools. “We provided the public addressing systems, in-classroom teaching systems, hearing augmentation, and the large-format LED screens for the gymnasiums and presentation systems,” said Shaun Foo, Managing Director.

Originally specified with projectors and projector screens, the gymnasium systems were redesigned by AVRUS under the design-and-construct process to deliver a more durable and future-focused outcome.

“We thought projectors wouldn’t be the best long-term result for teachers and schools,” Shaun explained. “So we redesigned the solution to include LED walls, which provide better serviceability and longevity.” In addition to LED wall installations, AVRUS worked to ensure public address systems were fully integrated into the Victorian School Building

Authority network, allowing remote monitoring and improved safety outcomes. “That was a big push for us,” Shaun explained. “If a PA system goes down, the department knows immediately, and that’s ultimately about safety for the students.”

The project required careful co-ordination, with multiple schools under construction at the same time, with rapid delivery programs, managing resources across several active sites demanded precision.

“The buildings were going up at the same time, so we had to manage our workforce to cover multiple sites,” Shaun said. “Last year [2025] we delivered eight schools, so it was a busy period.”

With more than 25 schools delivered across Victoria in recent years, AVRUS continues to build a strong presence in the education sector.

“We’re always looking for the best outcome for the client,” Shaun said.

“We thank Hutchinson Builders for the collaboration throughout this project. We’re extremely proud of what our teams delivered together across the three schools”

For more information contact AVRUS, 4/12 Elizabeth Street, Hawthorn VIC 3122, phone 1300 883 513, email info@avrus.com.au, website www.avrus.com.au

Below Lantrak delivered comprehensive electrical installations across multiple schools, ensuring compliance and seamless system integration.

POWERING VICTORIA’S GROWING SCHOOL NETWORK

Delivering modern learning environments demands electrical systems that are reliable, compliant and built for the future.

For the New Schools Bundle B, Lantrak Electrical Services was instrumental in bringing these next-generation education facilities to life.

The scope required seamless integration of multiple systems while maintaining strict compliance with education and safety standards. From general power distribution to structured data networks and essential services infrastructure, Lantrak ensured every element supported both day-to-day learning and long-term operational performance.

“We were responsible for the full electrical installation across the new schools, delivering power, lighting, data and essential services to meet government standards and project requirements,” explained Business Manager Jason Weinberger.

Working within live construction environments and tight programme schedules, the team’s decade of experience in complex commercial builds proved invaluable. “Our expertise in large-scale construction projects and complex electrical installations allows us to deliver

efficient, high-quality outcomes, even in demanding environments,” said Jason.

With a workforce of more than 80 specialists, Lantrak continues to build a strong reputation across Victoria’s large-scale construction and infrastructure sector.

Expanding it’s education portfolio, the company’s current projects include PICAC Geelong, Lollypop Creek Primary School and Aintree North Primary School, reinforcing its position as a trusted partner in Victoria’s growing school infrastructure program.

Through technical capability, collaborative delivery and a focus on future-ready infrastructure, Lantrak is helping power the classrooms where the next generation will learn and thrive.

For more information contact Lantrak Electrical Services, 18 Dansu Court, Hallam VIC 3803, phone 03 8796 9696, email electricalservices@lantrak.com.au, website lantrakelectrical.com.au

Below Animal Commercial Carpentry delivered precise framing, carpentry, and internal linings, creating durable, high-quality educational spaces.

FRAMING AND FINISHES THAT ENHANCE EDUCATIONAL SPACES

Education infrastructure projects demand durable and functional, high quality finishes. At New Schools Bundle B, Animal Commercial Carpentry contributed key carpentry and framing works across the multiple campuses, supporting the delivery of the contemporary learning environments.

Animal Commercial Carpentry’s scope included light gauge steel framing and a comprehensive general carpentry package, covering doors, skirtings, sanitary hardware, and internal architectural finishes.

These early-stage contributions, while largely unseen once construction is complete, are critical to the overall performance and durability of the building.

The interior fit-out particularly within the gymnasium areas involved the installed OSB board linings; a compressed woodchip product with a pre-coated finish, delivering a clean, durable aesthetic specifically suited to active learning and sporting environments.

The finishes combined robustness with visual appeal, reflecting careful material selection and precise installation to meet the demands of high-use educational spaces.

The team initially worked across two of the three schools, expanding to cover all three campuses as the project progressed, demonstrating both capacity and flexibility in delivering complex, multi-site education infrastructure.

With a workforce of around 50 and more than 16 years operating in the sector, the company has developed a strong foothold in education construction. “We’ve definitely found a home for ourselves in the education space,” said Mike Sanders, General Manager and Owner. “Our reputation speaks for itself.”

Through consistent delivery and collaboration with tier-one builders, Animal Commercial Carpentry continues to play a key role in shaping high-quality educational facilities across Australia.

For more information contact Animal Commercial Carpentry, 1/27 Peninsula Boulevard, Seaford VIC 3198, phone 0417 114 462, email hello@animalcarpentry.com.au, website www.animalcarpentry.com.au

Below Lotus Doors delivered operable acoustic wall systems enabling flexible, sound-controlled learning spaces across three new Victorian primary schools.

TRANSFORMING SCHOOL SPACES THROUGH OPERABLE ACOUSTIC DESIGN

Modern schools are increasingly designed to support flexible learning environments, where classrooms can adapt throughout the day to suit different teaching styles and activities. On the Victorian School Building Authority’s 2026 New Schools Bundle B, Lotus Doors contributed specialist acoustic solutions that enhance both functionality and spatial flexibility across three new primary schools.

Working with Hutchinson Builders, Lotus Doors supplied and installed a combination of operable wall systems and acoustic sliding doors designed to support collaborative learning while maintaining high levels of sound control. The Lotus 100S/45/CD2 Series Operable Wall, featuring an acoustic rating of Rw45 and finished in Autex Composition, was installed within library and staff lounge areas, allowing spaces to function independently or open into larger shared environments when required. Across the three schools, three operable wall systems were delivered to create adaptable areas suitable for presentations, group learning, and school gatherings.

Within the general learning rooms, Lotus installed Chorus Solid Acoustic Sliding Doors with glazed viewing windows, providing an acoustic rating of Rw39 while maintaining connectivity between

classrooms. Nineteen of these systems were installed throughout the schools, enabling teachers and students to move easily between learning spaces without compromising acoustic separation. The doors incorporate Lotus’s Smart Adaptive Floor Seals and SABS Active Safety Braking System and are designed to meet stringent accessibility requirements under AS1428.1.

“Through close communication with the builder and project teams, detailed shop drawings and strong coordination with our manufacturing team, we ensured all systems were delivered and installed in line with the construction program,” explained James Smallwood, Lotus Doors Regional Manager (Sales & Specification – Victoria).

By combining acoustic performance with adaptable design, Lotus Doors’ systems help create learning environments that evolve throughout the day, supporting collaboration while maintaining the quiet spaces essential for effective teaching and learning.

For more information contact Lotus Doors, 20 National Drive Dandenong South VIC 3175, phone 1300 22 68 78 42, email vic.sales@lotusdoors.com.au, website www.lotusdoors.com.au

DESIGN-LED DELIVERY ON CONSTRAINED URBAN SITES

DEVELOPER : Cedar Woods

MAIN CONSTRUCTION COMPANY : Burbank Urban

ARCHITECT : Genton Architecture

DEVELOPMENT VALUE : $30 million

88 Leveson draws on North Melbourne’s industrial heritage to deliver light-filled, multi-level residences between Melbourne’s CBD and the inner north. Brick, black metal and timber façades frame open living spaces, private upper-level bedrooms and rooftop terraces, balancing heritage reference, contemporary design and sustainable urban living.

Delivering high-quality urban living on a constrained inner-city site, Cedar Woods’ 88 Leveson development demonstrates the company’s end-to-end development expertise and commitment to long-term residential communities.

Cedar Woods was responsible for the full lifecycle delivery of the 88 Leveson development, which included site acquisition, planning approvals, design management, project funding, and overall project management through construction to completion. Cedar Woods also led consultant and delivery teams to ensure the project achieved its design, quality, compliance, and commercial objectives.

“The project presented several challenges typical of a tightly constrained urban site,” explained James Bovell, Victoria State Manager, Cedar Woods “Regulatory approvals required careful coordination and active management. We adopted a proactive approach to communication with surrounding stakeholders.”

Proactive approvals and risk management created the conditions for design quality and compliance to be delivered in parallel. Although 88 Leveson is an all-residential development, the design brief called for a premium yet functional product.

“Design quality and compliance were ensured through robust design management processes and the engagement of experienced consultants,” James said. Interior specialist Adele Bates curated finishes and fixtures aligned with market expectations. The focus was on high-end finishes and highly functional townhouse layouts to deliver the best possible experience for purchasers, while maintaining compliance with building standards and planning requirements.

Sustainability formed a core component of the project, embedded not just in energy performance but in long-term liveability.

Achieving a 6 Star NatHERS energy rating means homes are designed to maintain comfortable internal temperatures with less reliance on mechanical heating and cooling, reducing both energy consumption and running costs for residents. Solar panel systems further offset household electricity demand, supporting lower emissions and improved long-term affordability.

Design decisions also focused on passive performance. Building orientation, window placement, and shading elements were considered to maximise natural light while managing heat gain, improving comfort yearround. Durable, low-maintenance materials were selected to extend building lifespan and

reduce future resource use.

Waste management strategies were implemented during construction to minimise landfill and encourage material recycling, while the layout of driveways and communal areas was planned for efficient vehicle movement, pedestrian safety, and reduced hardscape redundancy. Together, these measures support environmental responsibility while delivering practical benefits for residents and the broader urban environment.

“88 Leveson’s standout achievement was the thoughtful delivery of functional, efficient spaces within a compact setting, creating a strong outcome for purchasers,” James said. Many buyers have relocated to North Melbourne to access a higher-quality housing product. The amenity, functionality, and rooftop views contribute to an elevated living experience, and notably, the project is fully owner-occupied.

“The project aligns strongly with our commitment to creating high-quality, wellfunctioning urban communities,” James says. Through careful material selection and architectural detailing, the team ensured the development integrated with the character of the neighbourhood while presenting a contemporary identity. Communal areas and circulation have been designed for ease of use, supporting everyday liveability rather than simply maximising yield.

The project offered valuable insight into balancing the demands of constrained sites with the delivery of high-quality, liveable outcomes which will inform future developments as Cedar Woods continues shaping thoughtful, enduring residential environments.

For more information contact Cedar Woods, phone 03 9820 1777, email melbourne@cedarwoods.com.au, website www.cedarwoods.com.au

GETTING THE DETAILS RIGHT WHERE IT MATTERS MOST

On tightly programmed residential towers, tiling and waterproofing sit at the intersection of multiple trades, compressed sequencing, and zero tolerance for failure.

At 88 Leveson, Interface Tiling was engaged to deliver technically robust, high-finish outcomes across bathrooms, kitchens, and rooftop terraces, under a programme and site environment that demanded precision, coordination, and disciplined execution.

Interface Tiling played a key role in delivering the refined, highperformance finishes across 88 Leveson, contributing complete bathroom and ensuite tiling, kitchen splashbacks, rooftop terrace tiling, and all waterproofing works throughout the project. Under the direction of David Pike, the team brought both technical expertise and detailed craftsmanship to site.

“88 Leveson had its fair share of logistical hurdles — tight access, limited parking, and restricted delivery windows kept everyone on their toes,” David said. “We also needed crane lifts to get materials up to the rooftop terraces. Our approach was always collaborative, working closely with site management to keep the programme flowing smoothly and ensure we weren’t impacting other trades.”

A critical component of the project’s long-term durability was Interface Tiling’s use of ATECH’s premium waterproofing systems. The rooftop areas were treated with ProtectoWrap sheet membranes, a solution selected for both performance and longevity. “The system gives exceptional durability and is backed by long warranties, which allowed us to deliver the kind of long-term performance the project needed,” David explained. “Our team genuinely enjoys using ATECH products. They’re consistent, user-friendly, and help us maintain a high standard of workmanship.”

Beyond systems and scheduling, the strength of the delivery lay firmly with the people on site. “Honestly, it comes down to the team,” David said. “Everyone took real pride in their part of the build. Our grout girls once again nailed the finishing details, they’re a huge reason our projects stand out.”

The finished result reflects Interface Tiling’s commitment to communication, collaboration and quality.

For more information contact Interface Tiling, E11 Hallmarc Business Park, 2A Westall Road, Springvale VIC 3171, phone 1300 468 371, website www.interfacetiling.com.au

Below Delko coordinated external cladding delivery at 88 Leveson, managing access, weather, and sequencing during a high-risk construction phase.

DELIVERING EXTERNAL CLADDING UNDER RESTRICTED ACCESS

As urban residential projects continue to tighten access and sequencing windows, external cladding scopes are increasingly required to absorb risk rather than pass it on. With a combined 50 years of industry experience, Delko, a partnership between Adrian De Amicis and Lee Delcus, formed a model with a multitude of services to ensure the right level of quality and production in a demanding environment

At 88 Leveson, Delko’s approach demonstrates how disciplined coordination and site-level decision-making can stabilise delivery during one of the most exposed phases of construction. Delko’s works included the installation of polystyrene panels, Hebel cladding, full rendering, external membrane paint systems and detailed caulking, a package that formed a critical part of the building’s visual and weatherproof performance.

Restricted site access defined the early challenges of the project. “Without lifts or Alimaks, all materials had to be handled manually. That naturally slowed efficiency, but our appointed trades navigated through it with professionalism and a strong commitment to meeting the builder’s timeframes,” General Manager Adrian De Amicis said. At peak delivery, Delko co-ordinated up to 20 active contractors onsite.

Weather, access equipment hire costs and sequencing pressures further complicated delivery. To maintain programme momentum, Delko implemented overtime and weekend work as needed. “While weather did affect us at times, we found ways to navigate through it,” Adrian said. “Access equipment on hire meant we had to install, render, paint and caulk without hesitation.”

“With constant communication and on-site coordination, we completed our scope without creating delays for following trades. I’m proud of the efforts of every contractor who contributed to delivering a product we all stand behind,” Adrian says. “At Delko, we aim to execute with trust and provide a hassle-free service.”

“Developing sound relationships with both Daniel Perna and David Grady gave us clear visibility of timelines and allowed us to plan each stage with confidence,” Adrian said. “A massive thank you to David Grady for maintaining a steady and safe working environment throughout.”

For more information contact Delko Pty Ltd, phone 0401 330 642, email adrian@delko.net.au

HISTORY AND INNOVATION MOVE TOGETHER

CLIENT : Maroondah City Council

MAIN CONSTRUCTION COMPANY : Ireland Brown Constructions

SUPERINTENDENT : Turner & Townsend

ARCHITECT : Co.op Studio

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The Ringwood Activity Centre Carpark project, delivered through a partnership between Maroondah City Council and the Australian Government, provides 324 parking spaces across six levels. Easing parking congestion and improving connectivity to Ringwood station, the project highlights the capability of major construction to combine innovation with heritage preservation, with the integration of the historic 1914 Blood Brothers storefront into the new structure.

Situated within Ringwood’s growing transport and retail precinct, the Ringwood Activity Centre Carpark project required a balance of engineering precision, architectural sensitivity, and community awareness.

The location of the new multi-level carpark at 1 Bedford Road is home to the former Blood Brothers store which holds heritage and social significance for the community. Ireland Brown Constructions (IBC), managed the raising and relocation of the early 20th-century Blood Brothers storefront, repositioning the historic building to accommodate the carpark.

“The existing site around the building was on grade, so we had to pick a horizontal cut line above which to maintain the heritage elements,” explained Dermot Walsh, Senior Project Manager at IBC. “We then determined the weight and mass distribution of the building and reviewed its construction and condition to confirm any weakness in the structural integrity. Temporary steel supports were designed to brace weakened walls and accommodate jacking and dolly locations.”

To keep the building perfectly level during relocation, IBC imported a unified jacking system from the USA, supervised by a specialist in heritage relocation. Unexpected soil conditions added another layer of complexity. “The existing ground conditions couldn’t resist the wheel loads, so a pathway of steel road plates was laid to disperse the force and keep the dollies stable,” Dermot said. The building was rotated 110 degrees into its new position on the south-eastern corner of the site.

“Creating a multi-storey carpark that integrates with an urban setting is always a challenging design task,” Dermot explained. “The heritage store became the primary design driver for the façade of the car park. The brick construction inspired the use of a lightweight red brick tile screen to provide a contemporary interpretation that sits comfortably with the traditional brickwork of the Blood Brothers store.”

This approach not only preserved the historical character of Ringwood but also restored the store to a position of prominence, acting as a bridge between suburban streetscapes and showcasing the scale of the new parking facility.

The project’s proximity to Ringwood station and active public thoroughfares meant detailed planning was essential. “The tower crane for the project was designed to reduce the risk to Metro passengers,” Dermot noted. “We employed a luffing crane instead of a hammerhead, ensuring the boom never crossed the rail corridor. An electronic lockout was also incorporated to guarantee no lifts encroached within a 20m zone of the tracks.”

With Melbourne’s Big Build rail upgrades underway nearby, traffic and public transport co-ordination was critical. IBC carried out SIDRA analysis to model traffic flows and manage bus movements, while traffic management plans for pedestrians were developed with Maroondah City Council.

“Any major disruptive works, such as removal of the tower crane, were scheduled during school holidays to minimise peak-time disruption,”

Dermot said. “These were carefully co-ordinated with public transport operators to ensure no major delays.”

The integration of heritage and modern infrastructure is the standout achievement. “This project celebrates Ringwood’s history while meeting the needs of a growing city. To take on the engineering challenges of relocating and preserving the Blood Brothers storefront, while also delivering a contemporary, high-functioning carpark, shows what can be achieved with collaboration, innovation, and respect for heritage.”

For more information contact Ireland Brown Constructions, Level 1, 1180 Toorak Road, Camberwell VIC 3124, phone 03 9805 5200, email enquiry@ibconstructions.com.au, website www.ibconstructions.com.au

Façade System: Flexbrick® Installer: Tensile Products Used:

Flexbrick® – Terracotta

Colours: Blanco, Tenere, Venecia, Salmon, Rojo

Project Size: 1,890m² façade coverage

Below Lohas Australia delivered flexible, prefabricated Flexbrick® façades enabling rapid installation and seamless curvature across complex geometry.

FLEXBRICK ® BRINGS STRENGTH, SPEED, AND SUSTAINABILITY TO AN URBAN LANDMARK

The new Ringwood Carpark for Maroondah City Council showcases how architecture, sustainability, and efficient construction can come together in a single cohesive design.

Supplied by Lohas Australia, the Flexbrick® Terracotta Mesh System wraps the 1,890m² façade in a warm gradient of tones, creating a monolithic and visually distinctive exterior.

Lightweight and durable, Flexbrick® allowed rapid installation using 197 prefabricated panels, typically achieving 10–15 panels or 150–200m² per day. Panels arrived pre-assembled on pallets, lifted into place with a forklift and winch, and fixed directly to the subframe.

The carpark’s curved façades and shifting levels required a system capable of adapting to complex geometry. Flexbrick®’s flexible textile structure provided smooth transitions around corners and changes in elevation. “Flexbrick allowed us to softly curve around corners as the façade wraps the building,” IBC notes.

Sustainability is embedded in every stage. Flexbrick®’s creamic tiles are manufactured using biogas as the main fuel source, preventing CO2 emissions. Lightweight, compact shipments reduce transport impact,

and the dry-joined system allows full recyclability and straightforward replacement of individual tiles.

Lohas Australia supported the project with shop drawings, panel modulation, installer training, and early onsite supervision. Working with CO.OP Studio, Lohas also developed the five-colour gradient façade that blends from Blanco to Rojo, reflecting the site’s urban character.

With its speed, sustainability and sculptural presence, the Ringwood Carpark stands as a benchmark project demonstrating the architectural and environmental advantages of Flexbrick® in modern urban design.

For more information contact Lohas Australia, phone 02 7259 1054, email info@lohasau.com, website www.lohasau.com

HIGH-IMPACT WAYFINDING COMBINES FUNCTIONALITY AND STYLE

Effective signage is essential in high-traffic carparks, helping visitors navigate safely while enhancing the precinct’s visual identity.

For the Ringwood Activity Centre, Vinage Customs Signs combined precision, creativity, and high-end craftsmanship to deliver a complete signage solution that balances functionality with striking aesthetics.

“We completed all the external illuminated signage and all the internal wayfinding and statutory signage,” said Managing Director, Vincent Truda.

The bold identifiers make the carpark easily recognisable within the Ringwood precinct, while the internal signage ensures smooth navigation for thousands of daily users.

Vinage’s team applied specialist expertise in illumination, materials selection, and installation techniques to deliver durable, visually impactful signage that meets operational and safety requirements. Each element was customised to the site, demonstrating the company’s ability to provide tailored solutions for complex, high-use environments.

Trusted by builders, developers, and councils, Vinage continues to expand its portfolio across Victoria, with Ringwood standing as a testament to their reputation for quality and detail.

OTHER EXAMPLES OF OUR WORK

Below

SMARTER CARPARK GUIDANCE: BALANCING EFFICIENCY, SAFETY AND USER SATISFACTION

The carpark is often the first point of contact for visitors, and is by extension part of the overall user experience, shaping perceptions of accessibility, efficiency, and amenity. At the Ringwood Activity Centre Carpark, Park Agility leveraged their technology to transform the carpark into a streamlined, user-friendly gateway for commuters and visitors.

“Our scope on this project was the full parking guidance and signage solutions,” explained Brad Burrows, General Manager. “That included area counting of vehicles plus speciality bay sensor and indicator lights to guide drivers quickly to available spaces.”

By combining real-time counting with bay-by-bay sensor technology, Park Agility’s system improves traffic flow, reduces congestion, and enhances safety within the 6-level, 503-bay carpark.

“We used our core, well-established products on this job. Proven, mature technology that we know delivers accuracy and reliability,” Brad said. “In addition, we provided custom-designed signage tailored to the unique requirements of the Ringwood site.”

As an Australian-owned and founded business, Park Agility takes pride

in its local footprint and supply chain. “Around 75-80% of the content in our solutions is Australian,” Burrows noted. “We also have sites in most major cities across the country, which allows us to support projects nationally.”

The Ringwood project adds to Park Agility’s growing portfolio of highprofile work, which includes Sydney International Convention Centre, Eastgate Shopping Centre, Canberra Airport, and Kananook Car Park, among many others. Each project benefits from the company’s focus on quality, scalability, and user-friendly design.

Reflecting on the outcome, Brad emphasised Park Agility’s ability to integrate technology seamlessly into urban infrastructure. “This project demonstrates how our parking guidance systems can support both efficiency and community convenience. Drivers can find a park faster, and the council can ensure the facility is operating at its full potential.”

For more information contact Park Agility, Unit 1, 87 Reserve Road, Artarmon NSW 2064, phone 02 8488 3333, website www.parkagility.com

REDEFINING THE WORKPLACE IN MELBOURNE’S WEST

DEVELOPER : Cedar Woods

MAIN CONSTRUCTION COMPANY : Hacer

ARCHITECT : Hames Sharley

Hudson Hub at Williams Landing exemplifies Cedar Woods’ integrated approach to suburban commercial development. The precinct with 82 office suites and five retail spaces, combines flexible layouts, tenant amenities, and sustainable features, while connecting seamlessly to transport and community. The project models future-focused, adaptable workplaces that meet evolving tenant and urban needs.

As the nature of workers needs from their employers continue to evolve, commercial spaces also need to adapt to be better fit for purpose. Hudson Hub at Williams Landing delivers a future-focused commercial precinct with flexible office layouts, integrated amenities, and sustainable design features to meet the demands of the modern workforce.

Cedar Woods, a national developer with a legacy of residential communities and commercial developments, has extended its reach into premium commercial office space with Hudson Hub.

“Hudson Hub will become a landmark building within Melbourne’s west, offering a commanding presence on Overton Road and designed with modern workplace needs in mind,” said James Bovell, State Manager Victoria.

Hudson Hub has been designed by esteemed architectural firm Hames Sharley, to support Cedar Woods’ vision of how suburban workplaces can combine convenience,

lifestyle, and sustainability, pushing beyond the typical notion of office buildings.

The building blends refined architecture with flexible, light-filled interior spaces, exposed ceilings, and adaptable floor plans to suit a range of business needs.

Located just 400m from train services and with direct freeway access, Hudson Hub is seamlessly connected to the surrounding community. The building also features vibrant ground floor retail offerings, adding further convenience and activation to the precinct. Onsite amenities include conference room, end-of-trip facilities, secure bicycle storage, communal EV-charging stations, and rooftop terraces with landscaped entertaining areas and BBQ facilities, which enhance workplace functionality, support tenant wellbeing, and foster collaboration.

Sustainability is integral to Hudson Hub’s design. The building incorporates a highperformance façade, rooftop solar photovoltaic panels, energy-efficient lighting, and EV infrastructure, contributing to reduced energy

demand and supporting environmentally responsible commercial operations.

“The building offers an exceptional workplace experience within a thriving mixed-use precinct, effortlessly connected to all parts of the city,” said Mr. Bovell. The combined design and amenity features provide suburban businesses and professionals with accessible, flexible, and amenity-rich workspaces that accommodate modern work patterns.

From Cedar Woods’ perspective, Hudson Hub isn’t just a development it’s an

investment in the future of suburban commercial infrastructure. The project is their sixth standalone office building in Williams Landing, underscoring a longterm commitment to shaping the region’s growth. As recent commentary from project stakeholders reflects, the rising demand highlights a shift in market dynamics: more businesses are seeking thoughtfully designed and well-connected workplaces outside the city core.

Through Hudson Hub, Cedar Woods illustrates how a strategic, integrated approach

to suburban commercial development can deliver flexible, sustainable, and amenity-rich workplaces. By embedding buildings within the existing community fabric and maximising accessible transport links, adaptable floor plans, and environmentally conscious design features, the project provides an example of how future-focused office precincts can meet evolving tenant and community needs.

For more information contact Cedar Woods, phone 03 9820 1777, email melbourne@cedarwoods.com.au, website www.cedarwoods.com.au

Below Caleb Engineers delivered integrated building services design at Hudson Hub, supporting performance, sustainability, and efficient construction delivery.

COORDINATED ENGINEERING FOR PERFORMANCE AND OCCUPANT COMFORT

At the heart of the Hudson Hub development is a commitment to precision, sustainability, and long-term performance. For Caleb Engineers, the project exemplified their integrated approach to building services engineering, delivering co-ordinated, efficient systems that enhance occupant comfort.

“Our team provided full mechanical, electrical, hydraulic, and fire protection services engineering across the development,” explains Vinh Le, Director. “It was a complex brief requiring careful coordination between services to optimise performance, cost, and space efficiency across seven levels.”

Caleb Engineers’ integrated approach ensured the design met high environmental and occupant-comfort standards, with energy-efficient systems, low-impact materials, and streamlined maintenance outcomes built in from the start. “We approach every project with the mindset that good engineering doesn’t just serve the building, it enhances how people experience it,” said Vinh.

The team also faced tight timeframes and shifting site conditions that demanded flexibility and technical insight. “Delivering detailed co-ordination in parallel with evolving architectural and structural

designs required strong communication and responsiveness,” explained Vinh. “Our experience across commercial and mixed-use projects meant we could foresee challenges early and deliver solutions that kept the program on track.”

Thorough documentation and a client-focused approach were central to the project’s success, with Caleb Engineers’ detailed design resolution and clear presentation reducing site queries and supporting efficient construction delivery.

With a growing portfolio of commercial and institutional projects, Caleb Engineers continues to demonstrate how thoughtful, technically rigorous design delivers lasting value. “Ultimately, our goal is to create buildings that perform beautifully, not just on paper, but in the way people live and work inside them,” said Vinh.

For more information contact Caleb Engineers Pty Ltd, 206/7 Jeffcott Street, West Melbourne VIC, phone 03 9020 9347, email info@calebengineers.com, website www.calebengineers.com

A REFINED APPROACH TO THE URBAN HIGH-RISE

Victoria Tower is a technically complex high-rise delivered within Adelaide’s constrained CBD environment. Through early contractor involvement, the project’s structure, façade and services were refined to improve constructability and viability, while staged approvals and early procurement enabled the tower to be completed three months ahead of schedule without compromising architectural intent.

The Victoria Tower is a striking addition to Adelaide’s CBD skyline, not only for its architectural presence but for the complexity and ingenuity behind its delivery.

For Synergy Construct, the project represented an opportunity to demonstrate the value of early contractor involvement, technical rigour and collaborative delivery in a challenging high-rise environment.

Synergy was initially engaged through a competitive tender process based on 30% design-developed documentation, competing against Tier 1 contractors from both local and interstate markets. Following a successful bid, Synergy was awarded an Early Contractor Involvement (ECI) role, enabling the team to work closely with the client and consultants to refine the design and develop a financially viable design-and-construct solution.

A key focus was rationalising the structure, façade, services and fitout trade packages to align with the project budget. This included removing two transfer structures and reducing slab thicknesses. “These refinements allowed the introduction of an extra apartment floor, which increased overall project revenue and helped make the development financially viable,” explains Project Manager Josh Brooksby. “It was a win for both constructability and commercial outcomes.”

To accelerate delivery, Synergy adopted a staged approvals strategy, dividing building rules consent submissions into substructure, structure and façade, services and fitout

packages. This allowed progressive design certification and early commencement on site, while Synergy’s in-house design capability supported early procurement of façades and other long-lead items, protecting the construction program from supply delays.

The Adelaide CBD site presented a particularly complex build environment, with neighbouring heritage structures and severe logistical constraints. Demolition works were carefully managed where non-heritage buildings interfaced with heritage façades, requiring progressive hand demolition, temporary strengthening and extensive steel shoring supported by piles and footings.

“The bracing could only be removed once our permanent structure was in place,” Josh said. “There were many interfaces, legal agreements and lengthy stakeholder engagements required with adjoining property owners and heritage authorities.”

Logistics were equally challenging. The tight site was bounded by a four-lane arterial road, a narrow laneway servicing two live car parks totalling 350 spaces, and neighbouring commercial and heritage buildings. Synergy negotiated access through adjoining land to maintain traffic flow, installed a large overhead gantry to protect the public and vehicles, and co-ordinated crane operations around an active pub and heavy pedestrian traffic accessing the Adelaide Central Markets.

Architectural quality was maintained through a rigorous prototyping and verification process. Feature brickwork was selected to

closely match Adelaide Red bricks used in early 20th-century buildings, reinforcing the project’s contextual relationship with its surroundings. A distinctive perforated ‘Dragon Scale’ aluminium façade was developed through Australian shop drawings and overseas fabrication, with Synergy’s façade team inspecting every stage of manufacture prior to shipment. Curtain wall and window wall systems followed a similar process, with full-scale prototypes approved before mass production.

Collaboration underpinned the project’s success. Consultants were novated to Synergy post-tender, with a clear design program established and progressive design submissions issued at 75, 90 and 100% completion stages. A prototype apartment was delivered early to establish a minimum quality benchmark, while progressive PRChandover inspections streamlined final settlement.

Delivered three months ahead of schedule, Victoria Tower is a testament to Synergy Construct’s capability in high-rise delivery. “We’ve earned the trust of the client which has opened the door to future opportunities. But above all, the project’s success reflects the depth of the team and the impressive growth of our emerging engineers—people whose talent and dedication continue to shape the high standards we set.”

For more information contact Synergy Construct, phone 1300 735 500, email enquiries@synergyconstruct.com.au, website www.synergyconstruct.com.au

and quality throughout delivery

INTEGRATING DESIGN VISION ACROSS ARCHITECTURE AND INTERIORS

Delivering design-led outcomes in dense urban environments requires more than a strong concept, it demands sustained architectural leadership through every stage of delivery.

Victoria Tower is a complex mixed-use development within Adelaide’s tightly constrained CBD. The project required careful integration of residential, commercial and retail functions, alongside a contextual response to heritage surroundings and evolving urban conditions.

Nic Design Studio (NDS) was engaged to lead the project from concept through to completion, providing an integrated architectural and interior design approach that prioritised continuity, buildability and long-term residential quality.

NDS’s scope extended across master planning, planning approval co-ordination, building design, external and internal concept design, interior documentation and material selection. Importantly, the studio remained actively involved through to the defects stage, ensuring that the original design intent was carried through to the built outcome.

“As design lead for Victoria Tower Adelaide, we were responsible for shaping the key design drivers and overall vision for the project,” says Nic Wong, Managing Director of NDS and Principal Architect for the project. “Remaining involved through to completion allowed us to safeguard the integrity of the design as it transitioned from drawings to reality.”

The project’s constrained CBD site demanded a sophisticated response to a complex mixed-use brief, integrating residential apartments alongside office and retail functions within a compact building envelope. Privacy, safety and operational clarity were critical considerations.

“Clear separation between residents and commercial occupants was essential,” Nic explained. “Entries, circulation and vertical movement needed to function independently, while still forming a cohesive whole. At the same time, façades, car parking, communal facilities and commercial areas all had to coexist within a single building volume.”

Externally, the architectural expression responds directly to its context near Victoria Square. The building’s lower levels adopt a solid, brickbased language that references Adelaide’s historic urban fabric, while the upper tower presents a lighter, contemporary form articulated through large-scale glazing to maximise daylight and natural ventilation.

“The name ‘Victoria’ is more than a label—it’s a cultural reference embedded in the city’s identity,” Wong says. “That informed our approach, particularly the ‘V’ motif expressed through balcony geometry and the gold-toned, scale-like façade elements, which symbolise continuity and timelessness.”

Delivering these distinctive elements required extensive co-ordination and technical resolution, particularly where bespoke detailing and innovative materials were involved. Collaboration with the wider

project team, including Synergy Construct, consultants and the client, AUTA Group, was central to maintaining design fidelity throughout construction.

“Rather than defaulting to compromise, the emphasis was always on testing and refining solutions together,” Nic said. “It was a patient, iterative process underpinned by continuous dialogue and shared commitment to the original vision.”

Interior design formed a parallel and equally important layer of the project, led by Cherie Yuan, Associate Director of NDS and Lead Interior Designer for Victoria Tower. The interiors were conceived not as an afterthought, but as an extension of the building’s architectural narrative. “One of the aspects we’re most proud of is the way a unified design language runs across both architecture and interiors,” Cherie said. “Form, spatial planning and interior expression were developed in parallel, allowing consistency while still supporting variation across different apartment types.”

Material selection was carefully calibrated in response to natural light, outlook and level within the building. Upper levels, benefitting from expansive glazing and panoramic views, adopt darker stone and slab finishes to create a grounded, refined atmosphere, while lower levels use lighter palettes to enhance brightness and openness.

“This variation supports different residential experiences without diluting the overall identity of the building,” Cherie explained. “

It allows the interiors to respond to context while remaining firmly connected to the architectural framework.”

The collaborative approach extended into construction, with prototypes, samples and progressive approvals used to align expectations across all stakeholders. Bespoke joinery and detailed finishes were researched, tested and refined, often referencing international precedents to ensure both buildability and design integrity.

Completed Victoria Tower now stands as a cohesive architectural and interior composition. One that balances innovation with context, and detail with performance. For Nic Design Studio, the project exemplifies the value of sustained design leadership, collaboration and an integrated approach to architecture and interiors in delivering highquality urban outcomes.

For more information contact Nic Design Studio, 39C Rundle Steet, Kent Town SA 5067, email admin@nicdesignstudio.com.au, website www.nicdesignstudio.com.au

TRANSFORMING VIBRANT COMMUNITY SPACES

CLIENT : The Town of Walkerville

MAIN CONSTRUCTION COMPANY : Hutchinson Builders

ARCHITECT : Walterbrooke

ENGINEER : Matter Consulting SERVICES : BESTEC

The redevelopment of The W: Walkerville Recreation Centre represents a landmark investment in community infrastructure in Adelaide’s inner north. Delivered as a modern, multi-court facility shaped by local voices, the project balances contemporary performance standards with a deep respect for the site’s YMCA heritage and enduring civic significance.

The redevelopment of the Walkerville Recreation Centre marks a significant milestone for community infrastructure in Adelaide’s inner north, transforming the site into a modern, multi-use facility designed to serve generations to come.

Head contractor, Hutchinson Builders was engaged to design and construct the new centre, managing the project from early demolition through to final handover.

The scope of work was extensive, encompassing the full design and construction process, including asbestos removal and demolition of the existing YMCA facility. The team co-ordinated the design across consultants, ensuring alignment with the Town of Walkerville’s brief, budget and program while managing a complex construction sequence on a technically challenging site.

“As head contractor, our role was to manage the design and construction holistically, making sure the consultants, trades

and program all stayed aligned with the client’s expectations,” explained Senior Project Manager Tom Barnes. “At the same time, we were responsible for ensuring safety, quality and buildability at every stage.”

Redeveloping a former landfill site presented significant technical challenges, including groundwater monitoring, and landfill gas testing. The site had pockets of contaminated soil with low-level methane, requiring close collaboration with environmental consultants and the EPA.

“Once testing identified the ground conditions, we undertook a design review to achieve the safest and most practical outcome for the client while maintaining compliance,” Tom explained. “It was a careful balance between engineering requirements, program and cost.”

The building design was adapted to include deep piling installed to anchor the structure into natural ground below landfill materials. This approach ensured the facility’s long-term safety, resilience,

and compliance, delivering high-performance infrastructure with environmentally sensitive.

Architecturally, the centre features a distinctive sawtooth wall formed from fibre cement sheeting and a structural steel verandah frame paired with metal cladding, selected to complement the surrounding residential context.

Delivering the project within an established residential neighbourhood required a strong focus on community engagement and logistics. Hutchinson Builders proactively met with neighbouring residents to explain upcoming works and manage expectations around noise, traffic and site activity. “Being surrounded by homes meant we had to be very conscious of how our works affected neighbours,” says Tom. “Open communication was critical, and we worked hard to minimise disruption wherever possible.”

Community consultation also played a central role during the design phase. Hutchinson Builders worked closely with the Town of Walkerville, architects Walterbrooke and a range of user groups, including Basketball SA, Netball SA and the Walkerville Netball Club. Feedback from these stakeholders informed decisions around building height, landscaping, hours of operation and car parking.

Internally, the centre has been delivered to accommodate a wide range of activities, with high-quality finishes and durable materials selected to withstand heavy use. The fit-out includes joinery, tiling, sporting infrastructure such as basketball rings, scoreboards, dividing curtains and multi-sport posts, along with CCTV, access control, fire protection systems and modern amenities.

Quality assurance was underpinned by Hutchinson Builders’ consistent national systems, with digital inspection and test plans used to verify workmanship at each stage. “Selecting the right subcontractors and holding them to clear quality benchmarks was essential,” Tom explained.

Completed ahead of schedule, the Walkerville Recreation Centre represents a successful collaboration between council, consultants and contractor. “Handing over a brand-new facility after the site sat unusable for four years is incredibly rewarding,” Tom said. “Knowing the community now has a place to play sports, host events and come together makes all the effort worthwhile.”

For more information contact Hutchinson Builders, 102 King William Street, Kent Town SA 5067, phone 1300 488 244, website www.hutchinsonbuilders.com.au

Below LS Roofing and Cladding delivered precision roofing and cladding, balancing durability, performance, and modern identity.

CLADDING AS CHARACTER: DEFINING WALKERVILLE RECREATION CENTRE

The redevelopment of the Walkerville Recreation Centre showcases a strong balance of performance, durability, and modern design, with the roofing and cladding package playing a central role in the building’s visual identity and long-term resilience.

LS Roofing and Cladding delivered the full external roofing and wall cladding systems, supplying and installing FIELDERS materials across multiple building zones.

The main roof was completed in 0.48BMT Klip-Lok sheeting in Matt Shale Grey, paired with roof razors and insulation blanket to enhance thermal performance and weather protection.

The gymnasium walls were clad in 0.48BMT Span-Form, continuing the sleek Matt Shale Grey finish, while the lower level features 0.55mm Nailstrip cladding in Metallic Aries, adding contrast and a refined architectural detail.

“The Nailstrip cladding has that nice seamless finish and, when installed correctly, it has little to no oil-canning,” explained founder Leigh Surman.

Precision was critical. “All of the walls were packed out to a 1mm tolerance to provide a level surface,” says Leigh Surman, ensuring the cladding achieved a clean, consistent finish. Flashings in Matt Colourbond and Metallic Aries were detailed to integrate seamlessly with the façade.

Despite tight material lead times, the team maintained progress through careful sequencing of preparation works.

Led by founder Leigh Surman, the business brings strong industry experience to every project. From small re-guttering jobs, LS Roofing and Cladding has grown in three years into a seven-person team delivering medium to large commercial projects across the state.

For more information contact LS Roofing and Cladding, phone 0412 412 514, email leigh@lsroofing.net

Below SA Interior Projects delivered durable, functional, and visually cohesive interiors, enhancing Walkerville Recreation Centre’s community experience.

A WINNING FITOUT: TRANSLATING DESIGN INTO DURABLE, FUNCTIONAL SPACES

The Walkerville Recreation Centre redevelopment required interior solutions that were not only durable and practical but also enhanced the facility’s contemporary design. SA Interior Projects delivered specialist internal finishes and custom seating installations, ensuring the spaces are functional, visually cohesive, and built to support long-term community use.

Our work included the internal linings and the installation of seating and soft seating, working to suit both the interior and surrounding areas,” Director Andy Lin explained.. “The fitout components were essential in shaping the way visitors experience the centre, contributing to comfort as well as visual appeal.

One of the more complex aspects of the project involved delivering elements tied to a distinctive architectural vision. “The external features were a big challenge because they were a special design,” Andy explained. Although the design originated with the builder, SA Interior Projects worked closely with engineers to ensure the concept could be implemented effectively onsite.

This ability to translate detailed designs into high-quality finished outcomes is a hallmark of the company’s approach.

Working within a busy construction environment alongside multiple trades requires strong co-ordination and clear communication. According to Andy, the delivery process was well managed.

For Andy, the project highlight comes back to consistent workmanship. “The best thing is the standard,” he says. That commitment to maintaining strong quality across every component has helped SA Interior Projects contribute to a recreation facility that will serve the Walkerville community for years to come.

For more information contact SA Interior Projects, Unit 17, 36-38 Tikalara Street, Regency Park SA 5010, phone 0420 988 902, email saip@sa-interiorprojects.com, webaite www.sa-interiorprojects.com

Below Space Landscape Construction delivered integrated civil, concrete and landscape works creating public spaces for Walkerville

SEEDING LONG-TERM VALUE THROUGH INTEGRATED LANDSCAPING WORKS

The redevelopment of Walkerville Recreation Centre represents a major investment in long-term community infrastructure.

Space Landscape Construction was engaged to deliver the integrated external works package, playing a pivotal role in shaping the site’s functionality, durability, and public-facing space.

Space’s scope included project management and survey, civil construction and structural concrete, slab and perimeter concrete works, stormwater and earthworks, carpark construction, street furniture, feature stone planter boxes, irrigation, garden beds and extensive tree installation.

“Walkerville Recreation Centre was delivered within a tight footprint and timeframe, requiring constant collaboration with the builder and other subcontractors to ensure sequencing worked efficiently across the site,” said Senior Project Manager Rick Cerracchio.

“One of the key challenges was managing complex interfaces while maintaining momentum on critical path activities. Clear communication and proactive planning were essential to keeping works moving safely and efficiently.”

Space’s ability to deliver a fully integrated solution was critical to the project’s success. “Our strength lies in offering a ‘turn-key’ landscape, civil and concrete service,” Rick explained. “That approach allows us to control quality, manage risk and deliver cohesive outcomes across projects of this scale.”

Beyond technical delivery, Space is particularly proud of the long-term community value created at Walkerville. “This project will be used and enjoyed by the community for generations,” Rick said. “Seeing the finished facility come together—from the hardscape to the planted areas—highlights the importance of thoughtful, durable landscape construction in public spaces.”

With more than a decade of experience and a growing portfolio of education, health and community projects across South Australia, Space Landscape Construction continues to establish itself as a trusted partner for complex, high-quality landscape delivery.

For more information contact Space Landscape Construction, 3 Duncan Road Dry Creek 5094, phone 08 8234 8274, email info@spacelc.com. au, website www.spacelc.com.au

CO-ORDINATING COMPLEXITY IN MIXED-USE URBAN PROJECTS

DEVELOPER : GEOCON

ARCHITECT : Fender Katsalidis

Photographer: David Castro

Geocon’s The Grande delivers a landmark mixed-use precinct in Canberra’s CBD, comprising three towers with 332 apartments, premium penthouses, and active street-level retail. Integrated amenities, complex shared podium construction, and refined detailing demonstrate Geocon’s capability to deliver high-density urban living through coordinated design, engineering, and construction excellence.

Geocon’s latest project, The Grande, brings a bold new vision of luxury urban living to the heart of Canberra’s CBD. Designed to integrate residential, commercial, and lifestyle elements within one cohesive precinct, the development reflects Geocon’s hallmark approach, combining architectural ambition with construction precision to shape the evolving Canberra skyline.

“The Grande is a project that brings a luxury mixed-use precinct into Canberra’s CBD,” said Ned Pattinson, Director of Operations (Construction), Geocon. “The vision was to create a place that looks impressive yet also functions efficiently for residents. From the outset, we set out to combine residential, retail, and lifestyle spaces in one precinct, demonstrating how construction innovation and good design can come together.”

The Grande comprises three towers built over a shared basement and podium, containing 332 apartments in a mix of one, two, and threebedroom layouts, along with three premium penthouses. At street level, three commercial tenancies connect the precinct seamlessly to London Circuit, enhancing pedestrian activity and neighbourhood vibrancy.

“We wanted to create spaces that extend the experience of home,” Ned explained. The development includes a rooftop pool and pavilion, a gym and yoga studio, cinema, co-working lounge, dogwash area, library, and landscaped terraces. Delivering such a range of high-traffic communal spaces required meticulous planning to ensure structural capacity, waterproofing integrity, and seamless integration of building services, while maintaining a consistently premium finish throughout.

From a construction perspective, the rooftop pool and pavilion required complex engineering to ensure waterproofing and load-bearing performance without compromising aesthetics. Inside, Geocon’s team paid equal attention to acoustic treatment and finishing quality in the gym, yoga studio, and cinema, ensuring that amenity areas met the same standard of craftsmanship as the residential spaces.

“The shared spaces such as the co-working lounge and landscaped terraces really highlight how construction quality and detailing can elevate amenity outcomes,” Ned said. “It’s about delivering spaces that look great and perform well long-term for the residents who live there.”

Building three towers concurrently within a dense CBD site demanded precise logistics and co-ordination. “Access and material movement were major constraints, so we implemented a detailed materialshandling strategy that allowed simultaneous vertical progress across the buildings while minimising disruption to surrounding roads,” explained Ned.

Close collaboration between design, engineering, and on-site teams ensured smooth sequencing and adherence to the program, despite tight working conditions. Geocon’s integrated project delivery model allowed agile decision-making and consistent oversight, keeping the build on schedule and to specification.

In line with Canberra’s growing focus on environmental performance, The Grande incorporates a range of sustainability features. The façade blends double-glazed window systems, aluminium panels, terracotta cladding, and feature columns, balancing durability, energy efficiency, and architectural sophistication. Passive design principles maximise natural light while maintaining thermal comfort, reducing reliance on mechanical cooling and heating.

Geocon’s emphasis on integrated urban precincts also supports long-term sustainability by reducing car dependency and promoting connected, walkable communities. The building’s mixed-use character encourages active street life and ensures its longevity as a vibrant urban hub.

“From a construction perspective, we’re proud of how efficiently the program was delivered, given the scale and complexity of the site,” Ned said. “The project stands as another example of Geocon’s capability to deliver large mixed-use builds on time and to a high standard, strengthening the city’s skyline and setting a benchmark for future urban projects in Canberra.”

With its combination of bold architecture, refined interiors, and resort-style amenities, The Grande exemplifies Geocon’s enduring mission: to design and construct places where people can live, work, and thrive within the heart of the capital.

For more information contact Geocon, Level 6, 82 Northbourne Avenue, Braddon ACT 2612, phone 02 6255 0430, website www.geocon.com.au

NO RUBBISH: DELIVERING WASTE-MANAGEMENT INFRASTRUCTURE

Wasteman Servicing was engaged to deliver the wastemanagement infrastructure for The Grande, installing dual garbage and recycling chute systems aligned with the project’s waste strategy, fire-safety requirements, and operational constraints of a dense CBD development.

Wasteman Servicing specialises in the design, installation, and ongoing servicing of waste chute systems for high-density residential and mixed-use developments. Working closely with builders and consultants, the company delivers compliant, buildable solutions that integrate seamlessly with construction sequencing, fire safety systems, and long-term building operations.

“Our scope included supplying and installing 510mm diameter lagged galvanised dual garbage and recycling chutes across the building,” explained Elie Mizhar, Director of Wasteman Servicing. “This covered all levels, including the lower ground discharge into the collection room.”

The system included fire-rated stainless steel chute doors on every level, vent installations extending above roof height, wash-down flushing systems, compliant access hatches for maintenance, NRD isolation rubber mounts, and sprinkler provisions at every floor.

The collection room itself featured a two-chute offset configuration designed to safely separate waste streams, with gravity-closing A-Type discharge doors suitable for 2m3 bins. These doors are engineered to close automatically in the event of fire, supporting occupant and building safety.

“The chutes were custom made and Australian designed. We’re proud to be locally manufactured and to provide solutions that meet the specific needs of each development,” said Elie.

While the scale of installation spanned multiple floors, the delivery process was smooth and well coordinated. “There were no issues with access or programming. We delivered our works on time and met the builder’s schedule and compliance requirements,” explained Elie.

Wasteman Servicing delivers garbage chute installation, cleaning and maintenance services across Sydney, supporting both planned servicing and reactive works.

“We are currently the leading company for chute cleaning and servicing, and the preferred contact for blockages and breakdowns,” Elie said. “Competitive rates and skilled technicians are what keep our clients coming back.”

Below Capital Doorworks delivered technically precise roller shutters and access doors at The Grande, ensuring safety, reliability, and coordination.

SEAMLESS ACCESS SYSTEM DELIVERY FOR LARGE-SCALE MIXED-USE DEVELOPMENTS

Capital Doorworks applied its engineering, manufacturing, and electrical expertise to supply and install roller shutters and access doors across The Grande, supporting safe, reliable, and coordinated access throughout the building.

The Grande’s waste rooms and basement car parks required reliable, and technically precise solutions that supported operational efficiency, fire compliance, and long-term functionality.

The company’s scope included one roller shutter to the waste collection room on the lower ground, two fire-rated roller shutters, one roller door servicing both the lower ground and Basement 1 waste collection rooms, three roller shutters for the penthouse parking area, and one roller shutter to the basement carpark entry.

Capital Doorworks’ extensive experience on large-scale mixeduse developments involving integrating mechanical, electrical, and structural elements ensured seamless coordination across a complex, multi-level development with high-performance system needs.

“What really stood out on The Grande was how all divisions of our company came together as one team. Our shutter project manager

worked closely with the roller door manager and the manufacturing team, who supplied the structural steel and flashings for the penthouse doors. Meanwhile, our electricians installed steel logic boxes, keypads, and four uninterrupted power supplies to complete the integration,” explained Sally Bowman, Finance Manager at Capital Doorworks.

Each installation was engineered to meet strict fire, safety, and functionality requirements, ensuring reliable operation across all access points. The result is a seamless system that complements The Grande’s architectural design while enhancing the building’s operational efficiency and safety.

Capital Doorworks continues to apply its expertise to complex, large-scale developments across the ACT. Current projects, including Olea in Gungahlin and The Eastbourne in Campbell, showcase the company’s ability to deliver technically precise access solutions that meet safety, operational, and architectural requirements, reinforcing its role as a trusted partner in high-performance building projects.

For more information contact Capital Doorworks, phone 02 6260 2252, email info@capitaldoorworks.com.au, website www.capitaldoorworks.com.au

Below XYHHY Reinforcement provided precise steel fixing, safety management, and technical expertise, ensuring structural integrity and efficient sequencing on The Grande.

INTEGRATING REINFORCEMENT SERVICES WITH CONSTRUCTION SEQUENCING AND SAFETY

XYHHY Reinforcement delivered structural precision and reliability on The Grande by Geocon from the ground up. The company’s steel fixing services, disciplined safety processes, and a technically skilled workforce, ensured efficient sequencing, quality and programme requirements for the structural integrity of the project.

With a longstanding collaboration with Geocon, XYHHY has supported multiple landmark developments across Canberra. This familiarity with the client’s expectations and project workflows enabled seamless integration into The Grande’s construction team, allowing the team's technical expertise in reinforcement placement, sequencing, and safety coordination to be applied efficiently and consistently across the project.

“Our scope on The Grande involved comprehensive steel fixing services,” explained Director Purevjav Bataa (PJ). “While we didn’t face any major logistical challenges, maintaining our standards for safety, quality, and accuracy remained our top priority throughout the project.”

Safety forms the foundation of XYHHY’s culture, with each morning onsite beginning with a pre-start meeting led by the day supervisor,

ensuring every worker is equipped with the correct PPE and fully briefed on potential hazards. This disciplined approach to safety and communication constitutes to maintaining consistent quality outcomes on site.

In addition to practical experience, XYHHY supports ongoing professional development. Several team members hold civil construction, design, and project management qualifications, enabling the company to combine operational expertise with rigorous technical knowledge.

PJ attributes the company’s success to its dedicated and experienced team. “We’re most proud of our teamwork, our experienced supervisors, and our work performance. Structural accuracy and time management are what we do best,” he said.

For more information contact XYHHY Reinforcement, 253 Nourthebourne Avenue, Lyneham, Canberra, phone 0401 651 681, email pj@xyhhy.com.au, website www.xyhhy.com.au

UNIVERSITY OF NEWCASTLE CENTRAL COAST CAMPUS

CLIENT : University of Newcastle

MAIN CONSTRUCTION COMPANY : Hansen Yuncken

ARCHITECT : Lyons and EJE Architecture

ENGINEER: Northrop Consulting Engineers

FACADE ENGINEER: Inhabit

NATURAL MATERIALS IN ADVANCED LEARNING ENVIRONMENTS

The University of Newcastle’s new Gosford Central building is a contemporary 4,500–5,000m² facility featuring a mass timber structure, and a curved glazed façade. The project integrates global procurement, digital co-ordination and lowcarbon construction, targeting a 6 Star Green Star rating for future-ready education.

The new building stands as a major investment in the region’s future, reshaping Gosford’s city centre and expanding access to tertiary education for local students. The project involved the complete design and construction of a contemporary multi-storey learning and innovation facility, incorporating specialist teaching, research and collaborative spaces.

“Hansen Yuncken served as the Managing Contractor responsible for the full design and construction delivery of the new University of Newcastle Central Coast Campus,” said Project Manager, Rob Schmitzer. “Our scope encompassed demolition and remediation of existing site structures, followed by the construction of the new campus building. We managed consultant co-ordination, design development, procurement and end-to-end construction activities to ensure the project was delivered safely, sustainably and on program.”

A defining feature of the project is its extensive use of mass timber, with Glue-Laminated Timber (GLT) and Cross-Laminated Timber (CLT) sourced from specialist suppliers Rubner (Italy) and KLH (Austria).

The structural timber forms the building’s signature warm aesthetic, with exposed beams, columns and soffit, contributing contributing to both architectural expression and carbon reduction outcomes.

However, delivering mass timber at this scale required a sophisticated global procurement and logistics strategy. “Managing an international supply chain of this size presented challenges,” Rob explained. “More than 30 shipping containers travelled via 11 international routes. We utilised Autodesk Construction Cloud to enable real-time collaboration across global teams, finalise design models efficiently, and track procurement. Every timber and facade component was QR-coded for progress monitoring and clear installation sequencing onsite.”

The façade delivery was equally complex, with curtain wall systems involving multi-stage fabrication across China and Thailand. Early supplier engagement and detailed scheduling ensured these critical elements arrived in alignment with the build sequence, protecting program continuity.

Sustainability and innovation were embedded from the earliest design phase. The building features a 32% reduction in upfront carbon, achieved through the mass timber structural system, Climate Active-certified carbon-neutral concrete and steel sourced from ResponsibleSteel™ suppliers. The project set a >90% construction waste diversion target, achieved through onsite sorting streams, signage, training and continuous performance monitoring.

High-performance operational systems further enhance the facility’s sustainability profile, including rooftop solar PV, advanced battery energy storage system (BESS), and the University’s commitment to sourcing 100% renewable energy. “This project stands as a benchmark for low-carbon construction and operational performance,” Senior Project Engineer Tim Everett explained. “Sustainability was prioritised early and consistently, and that’s reflected in both the building’s structure and its long-term energy profile.”

Collaboration was a central pillar throughout delivery. Weekly co-ordination sessions involving the University, architectural and

engineering teams ensured rapid design resolution and seamless integration of specialist requirements.

“We maintained transparent communication and close alignment with the University’s project leadership team,” Rob said. “Engagement with local stakeholders and schools also helped strengthen community connection and highlight the value this facility brings to the region.”

From a technical perspective, the exposed mass timber and sweeping curved façade stand out as celebrated achievements. “We are immensely proud of the craftsmanship this project represents,” Tim said. “The curved GLT beams, the precision of timber installation and the façade integration all demonstrate the capability and collaboration of the team.”

Beyond the engineering and construction delivery, the broader legacy is what resonates most for Hansen Yuncken. “This campus represents a major investment in the future of the Central Coast,” Rob said. “It enhances access to higher education, stimulates urban renewal,

and strengthens the region’s social and economic resilience. We are honoured to have played a leading role in realising that vision.”

The new Gosford Central building was jointly funded by the University of Newcastle ($31.3 million), the Australian Government ($18 million), and the NSW Government ($18 million) using land provided by the NSW Government’s Hunter and Central Coast Development Corporation.

For more information contact Hansen Yuncken, phone 02 4908 6300, email newcastle@hansenyuncken.com.au, website www.hansenyuncken.com.au

Below Transways managed the shore-to-site delivery of mass timber for the University of Newcastle Central Coast Campus, ensuring cost control, risk mitigation, and on-time installation

SUPPORTING MASS-TIMBER CONSTRUCTION THROUGH STRATEGIC LOGISTICS

For Gosford Central, the ambition to deliver a large-scale, lowcarbon building using internationally sourced CLT and GLT introduced a supply-chain task spanning continents, ports and tightly sequenced construction windows. More than 30 shipping containers travelled across 11 international routes, carrying precisionengineered timber elements that demanded absolute certainty in timing, handling and storage.

While Hansen Yuncken coordinated global procurement and digital tracking, the project’s success ultimately relied on what happened once those containers reached Australian shores. From customs clearance and bio-security compliance to unpacking, storage and just-in-time delivery, the margin for error was slim. Any delay, damage or misalignment in logistics risked disrupting the build program and undermining the efficiencies of mass-timber construction.

Transways Logistics International was a critical delivery partner, tasked with managing the full post-port logistics process, providing an endto-end freight solution that transformed a complex international supply chain into a controlled, predictable workflow. “Our scope included customs and quarantine lodgement and clearance, fumigation for the Brown Marmorated Stink Bug (BMSB), unpacking timber sleds

from containers, storage and weatherproofing, and delivery to site in Gosford,” Transways CEO Ben Langshaw said.

While the job didn’t involve oversized cargo, the unpacking of the timber sleds required a specialised approach, as well as temporary storage. The timber sleds weighed up to 20 tonnes each and required a yard with heavy machinery capable of unpacking the sleds. “We had to ensure the yard was set up with a dedicated set-down area and heavy machinery large enough to drag out the sleds safely,” Ben explained.

To maintain efficiency and cost control, Transways divided the logistics workflow between Sydney-based partners for wharf operations and local Central Coast contractors for last-mile delivery, a model that proved both agile and economical.

Weather also played a factor, especially given the project’s coastal location. “We needed to plan for potential site shutdowns due to high winds,” Ben noted. “Our strategy included contingencies for secure overnight storage if deliveries had to be paused.”

Transways worked closely with Hansen Yuncken, holding weekly scheduling meetings and providing 36-hour advance delivery forecasts.

“It wasn’t our first project with Hansen Yuncken,” Ben said. “We’ve developed a strong working relationship built on mutual understanding of how each team operates. That familiarity allowed us to respond quickly to late changes and keep the site running smoothly.”

Transways’ scope extended beyond functioning solely as a logistics provider, the team provided strategic planning and transparent cost modelling and focused delivery framework that strengthened cost control and reduced procurement risk.

“We provided Hansen Yuncken with an upfront forecast budget based on the install sequence and updated it weekly, showing when peak storage periods ended and when we could deliver to site,” said Ben.

Transways also saved money by managing fumigation domestically, rather than in Europe, and minimised container detention charges by strategically using ‘free days’ for short-term storage before returning containers to shipping lines.

“We’re proud of how clearly we were able to outline all logistics costs, including those outside of our own fees,” Ben explained. “Many builders aren’t familiar with the financial responsibilities of importing materials.

We help them understand the true landed cost, including duty, GST, and shipping charges, giving them confidence to buy mass timber on CIF terms.”

This partnership approach has made Transways a trusted logistics partner for Hansen Yuncken and other leading builders. “We pride ourselves on knowing building sites,” Ben said. “After 15 years managing logistics for mass timber and curtain wall projects, our senior leadership team has the experience to identify potential pain points before they become problems.”

“Our fingerprints are on every part of the job,” Ben concluded. “That’s what ensures every shipment, and every project, runs smoothly from the first container to the final delivery.”

For more information contact Transways Logistics International, Unit 18, 198-222 Young Street, Waterloo NSW 2017, phone 02 9319 9600, website www.transways.com.au

FUTURE-PROOFING LEARNING SPACES WITH INTEGRATED AV TECHNOLOGY

Technology integration specialist MNGD delivered a cuttingedge audio-visual system for Gosford Central, designed to enhance teaching, learning, and hybrid collaboration. By combining bespoke AV infrastructure with intuitive lecturer control and fully co-ordinated installation, MNGD enabled a technologically future-proof learning environment that meets both teaching and operational requirements.

“Our scope included three seminar rooms, nine teaching spaces, and over 10 meeting rooms,” explained MNGD Director Josh Chircop. Each space was equipped with tailored AV infrastructure to support the university’s hybrid and interactive learning model.

Seminar rooms feature large projection screens, motorised lifters, dual-camera systems, pendant speakers, and wireless microphones, all operated through bespoke lecterns designed for intuitive lecturer control. “This centralised control and automation enable lecturers to manage both classroom and Zoom sessions seamlessly,” said Josh.

Teaching spaces utilise dual 98-inch displays and similar camera and audio configurations, while the meeting rooms incorporate flexible single- and dual-display setups with ceiling microphones and integrated

conferencing tools. “All system integrations are bespoke and involve a high level of co-ordination to avoid potential issues onsite,” Josh said. “Hansen Yuncken were incredible in ensuring the AV hardware was protected from impact by other trades, guaranteeing the best possible teaching and collaboration experience.”

Valued at over $1.5 million, the AV component was one of the largest of its kind outside Australia’s capital cities. Logistical challenges were managed through meticulous planning and strong collaboration between MNGD’s Newcastle site team and Sydney HQ.

“The project demonstrates our expertise in delivering advanced technology solutions for large-scale education environments,” Josh said. “Our onsite team handled complex integrations and co-ordination exceptionally, supported by our design documentation team.” The result is a seamlessly connected campus where technology empowers teaching.

For more information contact MNGD, Unit 4, 24-28 Skarratt Steet, North Silverwater NSW 2128, phone 1800 717 474, email hello@mngd.tech, website ww.mngd.tech

Below CETEC ensures educational buildings meet sustainability and wellbeing goals through expert air-tightness and indoor air quality testing.

ENSURING AIR TIGHTNESS & AIR QUALITY, IN COMPLEX MULTI-FUNCTIONAL TIMBER BUILDINGS

As sustainability and occupant wellbeing become central to modern educational design, verifying that design intent translates into real-world performance has never been more critical.

CETEC partnered with Hansen Yuncken at the University of Newcastle Gosford Central Campus, delivering specialist airtightness and indoor air quality (IAQ) services to ensure the new timber building performs exactly as intended, efficiently, safely, and with consistently healthy internal environments.

Principal Consultant Adam Garnys explained that CETEC’s scope focused on two essential areas: airtightness testing to support Green Star Certification, and exposure to toxins, VOC and formaldehyde testing to underpin indoor air quality.

The building’s striking architectural form, featuring a curved envelope and extensive engineered timber, presented unique technical challenges. “Timber buildings can be more complex from an airtightness perspective,” Adam noted. “There is material constraint with bespoke structural elements around airtightness, so it really comes down to collaborating with the team from the design stage.”

CETEC’s early engagement proved pivotal. During design review, they provided targeted technical guidance on services penetrations, junction detailing, and air barrier continuity, areas that are the highestrisk points for air permeability and moisture transfer in timber buildings. Periodic site inspections ensured these strategies translated in built reality.

“The Hansen Yuncken team had a growth mindset,” Adam added. “They were curious and proactive in seeking advice. That level of collaboration really enabled strong performance outcomes.”

CETEC’s national capability further strengthened delivery. “We operate across all major cities with specialist equipment and experience,” Adam said. “And with our long history in air tightness and air quality leadership, including contributing to the development of Green Star’s IEQ requirements, we’re able to bring both technical depth and strategic insight to projects like this.”

more information contact Cetec, www.cetec.com.au nationwide

Below Pluim Joinery delivered sustainable, precisioncrafted timber interiors at Gosford Central, enhancing functionality, wellbeing, and learning.

DESIGNING INTERIORS FOR FUNCTIONAL AND SUSTAINABLE EDUCATION CAMPUSES

The University of Newcastle’s Gosford Central Campus is defined not only by its sustainable credentials and architectural distinction, but by the quality of its internal environments. Pluim Joinery delivered precision-crafted internal joinery that enhances the functionality, aesthetics, and wellbeing of the campus. Pluim Joinery were responsible for the manufacture and installation of all internal joinery across the entire campus, including the reception counter, café, banquette seating, timber-clad columns, kitchens and retail areas.

“From the first point of contact at reception right through to the café, teaching support spaces and retail areas, our joinery helps define & shape how people move through and experience the building,” explained Pluim Joinery’s Director, Andrew Sohier.

Whilst the project presented no major construction challenges for the Pluim Joinery team, the success of the works relied heavily on precise manufacture & delivery coupled with close co-ordination with all Construction partners on-site along with strict compliance to the sustainability aspects of the fit-out & materials used. To achieve this result Pluim Joinery worked closely with the main contractor, design consultants and university stakeholders to ensure all products met the required Green Star targets.

Beyond performance and compliance, the joinery contributes directly to the comfort and wellbeing of students, staff and visitors. The warmth of timber finishes, carefully detailed seating and custom built elements introduce a tactile and welcoming quality that contrasts beautifully with the campus’s bold structural form.

“The high level of craftsmanship displayed in the joinery work adds to the overall ambience of the campus,” Andrew explained. “We’re proud to have delivered joinery that doesn’t just perform technically, but genuinely enhances the way people feel & interact in the space.”

Through careful attention to detail, sustainable material selection, and close coordination with the contractor and design team, Pluim Joinery delivered interiors that meet Green Star requirements which in-turn support and assist the wellbeing of students, staff, and visitors. Their work provides a demonstration of how precise, well-coordinated & placed joinery can integrate with educational environments to provide functional, durable, and contextually appropriate interiors.

For more information contact Pluim Joinery, Unit 3/900 Pacific Highway, Lisarow NSW 2250, phone 02 4328 0500, email info@pluimjoinery.com.au, website www.pluimjoinery.com.au

Below M-Fire delivered integrated, compliant fire and EWIS systems at Gosford Central, ensuring safety, resilience, and seamless operation.

FIRE SAFETY SOLUTIONS FOR COMPLEX MULTI-FUNCTIONAL CAMPUS ENVIRONMENTS

M-Fire delivered a fully integrated, compliant, and architecturally sensitive fire protection system at the Gosford Central, combining technical expertise, seamless coordination, and reliable commissioning to safeguard people, assets, and operations across a high-use, multi-functional education environment.

M-Fire’s scope included the supply and installation of a Vigilant MX1 Fire Detection and Alarm System (FDAS) and a Vigilant QE90 Emergency Warning and Intercommunication System (EWIS).

“We also integrated the systems with smoke exhaust fans, louvres, security, BMS and AV trips, and even boom gate controls,” explained Managing Director, Michael Matthews. “All interfaces were successfully achieved through close co-ordination with other trades both in the office and on site.”

The project presented several technical challenges, particularly when working around decorative compressed timber ceilings. “We had to design and fabricate custom brackets to lower equipment in some areas to maintain compliance,” said Michael. “It was about finding practical solutions that complemented the architectural vision.”

Further complexity came from networking the system back to the main Newcastle campus for remote monitoring. “That required collaboration with the University’s network and fire infrastructure teams, all relationships we’ve built over many years.”

M-Fire’s commitment to quality and safety guided every stage of delivery. “Our experienced lead hand was pivotal to achieving the high standard of workmanship expected. Even with supply delays on the custom-built fire and EWIS panels, our team worked tirelessly to install, program, and commission everything within two weeks of delivery.”

“We take pride in delivering high-level, complex systems that protect people and assets. The Central Coast Campus is a project we’re honoured to have helped make safer for generations of students to come,”reflected Michael.

For more information contact M-Fire Pty Ltd, 36 Rural Drive, Sandgate NSW 2304, phone 02 4011 5907, email enquiries@m-fire.com.au, website www.m-fire.com.au

Below Alpha Custom Stainless Steel delivered locally fabricated, compliant stainless-steel infrastructure supporting durable, high-performance university environments.

TRANSLATING DESIGN INTENT INTO FUNCTIONAL STAINLESS-STEEL SYSTEMS

Alpha Custom Stainless Steel delivers end-to-end stainlesssteel solutions that combine precision fabrication, compliance and design integrity. Drawing on more than 50 years of industry experience, Alpha’s locally fabricated, fully integrated approach ensures joinery, commercial kitchens and hospitality fit-outs are delivered on time, on budget and in alignment with each project’s operational, regulatory and architectural requirements.

“We pride ourselves on being involved from the design stage right through to installation,” Senior Project Manager Elliot Hammond said. “That gives clients confidence that what’s drawn can actually be built, and built properly.”

Alpha balances precision stainless-steel fabrication with user-focused design. The company’s experience in creating commercial kitchens, benching, extraction systems, and integrated equipment are engineered for durability, compliance, and efficiency while providing a pleasing and visually refined profile.

“Education environments demand robustness, compliance and efficiency, but they also need to feel welcoming and work intuitively for staff and students,” explained Elliot. Alpha’s experience at

Gosford Central draws on a broader body of work delivering stainless-steel infrastructure for complex, high-use environments.

Delivering complex food and beverage infrastructure at scale for the Archibald/Voco Hotel in Gosford, with ALAND, required Alpha to complete a $3.1 million design and construct package including in-house fabricated stainless-steel components, Filter Stream extraction hoods, commercial kitchens, refrigeration systems and cool rooms across multiple venues including the Level 28 Astra Skybar.

The refurbishment of Dooleys Catholic Club, delivered with Buildcorp, saw Alpha deliver a $4.5 million multi-level hospitality fit-out incorporating 16 bars, kitchens and dining outlets, featuring custom stainless-steel fabrication, extraction systems and commercial kitchen equipment.

“Everything is fabricated locally within our own factories. That gives us full control over quality, timing and performance, and it allows us to respond quickly when projects evolve,” Elliot explained.”

For more information contact Alpha Custom Stainless Steel, 1300 362 596, email sales@alphace.com.au, website www.alphace.com.au

LIFTING PERFORMANCE THAT KEEPS COMPLEX PROJECTS MOVING

As the University of Newcastle’s Central Coast Campus continues to expand its footprint and capabilities, Allied Construction (Allied Crane Hire) has been a driving force behind the scenes, elevating the project with precision, communication and an uncompromising commitment to safety.

“Our scope was to supply cranes, riggers and dogmen,” Business Development Manager Brian Trevethan said.

Tight access, evolving staging, and the complex movement of materials required a lifting partner capable not only of supplying equipment, but of integrating seamlessly with the project’s operational rhythm. “We worked closely with site representatives and supervisors to keep everything moving smoothly,” Brain explained.

This collaborative approach extended through every phase of the build. Allied co-ordinated directly with the main contractor and all interfacing trades. “We scheduled works, communicated lift plans, and barricaded areas and drop zones with information tags attached,” Brain said. This disciplined, transparent method enabled the project team to maintain momentum while upholding the highest safety standards.

The result was a partnership defined by reliability. Their capability in handling diverse load sizes, their responsiveness to shifting site needs, and their proactive communication added measurable value to the project’s progression.

For Allied, the legacy of the Gosford Central build lies not just in lifts completed but in relationships strengthened. Their work reinforced what the industry already knows: when precision, planning and professionalism come together, the entire project rises.

For more information contact Allied Construction (Allied Crane Hire), 808 Tomago Road, Tomago NSW 2322, phone 0437 609 486, email slantry@alliedcranehire.com.au, website www.alliedcranehirenewcastle.com.au

Below G&W Hydraulics delivered integrated, design-led hydraulic services for complex education infrastructure project.

HYDRAULIC INTEGRATION WITHOUT COMPROMISING DESIGN INTENT

Delivering complex hydraulic services to a modern education facility like the Gosford Central, requires both technical expertise and close collaboration with onsite trade, qualities that defined G&W Hydraulics’ workflow and methodologies.

G&W Hydraulics delivered a comprehensive scope of services to the precinct including potable cold water and fire hose reel systems, hot water, sanitary plumbing, fire hydrant systems, non-potable water reuse, siphonic and conventional stormwater, sanitary fixtures and tapware, water meters, acoustic lagging and BMS monitoring points The package ensured reliable water services, fire protection and drainage infrastructure across the campus.

The project required an alternate approach to stormwater management, as site and design constraints made a conventional system unworkable. Working alongside the design team, G&W implemented a siphonic drainage solution engineered to efficiently remove roof water without impacting the building’s structural or architectural intent.

“The siphonic system was reviewed and designed to meet project requirements and achieve the desired outcome without compromising the building’s design,” explained Marty.

Co-ordination was critical on a project of this scale. G&W worked closely with builder Hansen Yuncken and all interfacing trades. “We held regular coordination meetings, design reviews and services workshops to ensure clear integration and sequencing,” Marty says. Construction activities were aligned with the master program, with test hold points and inspections maintaining quality and compliance

We’re most proud of delivering a hydraulics system that achieves a high-quality aesthetic outcome and robust operational functionality,” Marty said. Seamlessly integrated into the built environment, G&W’s systems support the campus’s long-term performance while meeting all compliance and client requirements.

For more information contact G&W Hydraulics Pty Ltd, 65 Barralong Road Erina NSW 2250, phone 02 4368 4050

COMMUNITY CRAFTED FOR MODERN RETIREMENT LIVING

DEVELOPER : Principle Living

ARCHITECT : SDA Architect

CONSTRUCTION VALUE : $69.5 million

Blueheath at the Bower by Principle Living is an architecturally designed precinct that support residents’ retirement and downsizing aspirations. The project delivers 112 villas across seven stages, alongside a community centre with bowling greens, pool and workshop spaces. Residents can enjoy the tranquility of landscaped recreational areas, and homely interiors design with aging-in-place principles.

Set against the natural surrounds of Medowie State Forest, Principle Living’s Blueheath at The Bower is redefining what boutique retirement living can look and feel like.

Comprising 112 architecturally designed villas within a master-planned village, Blueheath has been shaped around an aging-in-place philosophy that blends built-form design with an integrated wellbeing model.

“Our vision has always been to create vibrant, connected communities where residents can enjoy beautiful homes and a lifestyle that truly supports their retirement journey,” said David Kelly, Operations and Sales Manager at Principle Living.

Design was central to achieving that vision. The master-plan links villas through generous green corridors and level pathways, encouraging outdoor movement, social interaction and intuitive wayfinding.

Homes are fully adaptable, step-free and designed in line with liveable housing and dementia-friendly principles, allowing residents to remain in their homes longer as needs change.

At the heart of the village sits a contemporary community centre that functions as a social anchor. With a heated indoor pool, gym, multipurpose spaces, bowling green and lounge areas, the facilities support both active lifestyles and quieter moments of connection.

“We wanted the village to feel open and breathable, not dense,” David explains. “The green corridors and shared spaces help people naturally come together while still having privacy.”

A defining feature of Blueheath is Principle Living’s proprietary My Retirement service model, which integrates concierge-style support, social connection, wellbeing programs and care navigation. “Moving into retirement living can feel overwhelming,” David said. “My Retirement helps residents settle in, stay socially connected and access care when needed, without losing their independence.”

This approach is reinforced by the inclusion of a dedicated Care Hub, designed to accommodate an onsite homecare provider, including capacity for overnight staff and end-of-life care support. The aim

is to reduce the need for premature transitions into residential aged care and enable residents to remain in familiar surroundings.

Sustainability has also been embedded into the development through both environmental design and long-term liveability planning. Solar panels installed on villas and communal buildings help offset energy use, while water tanks support landscape irrigation and reduce demand on mains supply.

Passive design principles, including building orientation and shading, maximise natural light and cross-ventilation, enhancing comfort while reducing reliance on artificial heating and cooling. Material selections prioritise durability and thermal performance, supporting energy efficiency and lowering maintenance demands over time.

Landscaping features drought-tolerant planting, mulching, and water-wise irrigation systems, ensuring the grounds remain attractive while minimising water use. Energy-efficient lighting and appliances further contribute to lower operational costs. These measures not only reduce the environmental footprint of the village but also help manage ongoing living expenses for residents, supporting affordability alongside sustainability.

Equally important is the sense of community that has already formed within Blueheath. Regular social events, group activities, and shared spaces encourage residents to build friendships and remain active. The design intentionally balances private living with opportunities

for casual interaction, supporting mental wellbeing as much as physical health.

Beyond lifestyle outcomes, the project has delivered tangible regional benefits. Construction of the $69.5 million development supported an estimated 40 full-time equivalent jobs per year during delivery, while local consultants and trades were engaged across civil, architectural, landscape and services design.

Blueheath’s success lies in how seamlessly it connects design, services and community. “It’s not just about the homes,” David explained. “It’s about creating a place where people feel secure, supported and genuinely part of something, and that’s what we’re seeing here every day.”

For more information contact Principle Living, 34 Western Road, Medowie NSW 2318, phone 02 4913 5986, email contact@principleliving.com.au, website www.principleliving.com.au

PRIME PERFORMANCE ACROSS A MULTI-STAGE DEVELOPMENT

Achieving a consistent, high-quality finish across a multi-stage residential development requires disciplined coordination, reliable execution and a contractor capable of performing under variable site conditions. At Blueheath at the Bower, Elite 1 Painting delivered a comprehensive internal and external painting package for the villas that played a defining role in the project’s visual cohesion and long-term durability.

“The scope of works for us was all external painting, garages, and all interior painting works,” explains Danny Milinkovic. This broad scope allowed Elite 1 Painting to maintain visual consistency across the project, ensuring a cohesive finish throughout the development.

Rather than over-complicating the specification,, the focus was on durability and quality rather than overly complex paint systems.

“Everything was pretty standard, but we went higher grade in the quality of paint that we used,” Danny said. The team applied Wattyl products throughout the development, supporting a long-lasting finish suited to residential environments.

As with many large-scale projects, staging and weather presented challenges during delivery. “Stages two and five were the biggest

challenge because we had to work through floods and heavy rain,” Danny explained. Careful sequencing and flexibility were essential to keeping works on track while maintaining finish quality.

Beyond technical delivery, collaboration on site proved to be a highlight. Milinkovic credits the working relationship with the project team for helping ensure smooth progress. “Working with Dave and Chris has been unreal,” Danny said. “They understood everything, and when we needed to adjust things or do something differently, they were open to listening so we could deliver the job.”

“Blueheath was a pleasure to work with, solutions-focused, wellcoordinated and seamless from start to finish. There were no headaches, just a shared commitment to getting it right,” said Danny. “This project simply wouldn’t have reached the standard it did without the opportunity to work alongside a construction leader like Patterson Building Group and their exceptional management team, across every stage of the build.”

Fort more information contact Elite 1 Painting, phone 0415 127 733, email elite1painting@hotmail.com, website www.elitepainting.au

Below Inovative Interiors delivered practical, durable kitchens and laundries across Blueheath villas, balancing style, functionality, and coordination.

KITCHENS AND LAUNDRIES DESIGNED FOR COMFORT AND LOW MAINTENANCE

At Blueheath at the Bower the interiors of each villa play a vital role in supporting comfortable, low-maintenance living. Inovative Interiors contributed to this outcome through the manufacture and installation of kitchens and laundries across the villas in the early stages of the project.

“Our scope was the kitchens and laundries in all the villas,” says Glen Ackroyd. “That was our focus.” By concentrating on these high-use areas, Inovative Interiors helped deliver functional, durable joinery suited to everyday living for residents.

Working from the project specifications, the team manufactured and installed the joinery to align with the overall design intent. “We go off the specs,” Glen explained. “We manufactured and installed.” This clear, coordinated approach ensured consistency across the villas and supported smooth integration with other trades on site.

Material selection centred on practicality, with melamine kitchens used as the base solution. In later stages, aesthetic upgrades were introduced in terms of shaker-style doors and updated finishes. While these changes enhanced the visual appeal, the underlying priority remained a robust, easy-care solution appropriate for residential use.

As with many projects delivered in recent years, the team navigated some supply-related challenges, particularly around stone benchtops. “When the stone got changed, we had to stop and pick a new colour,” Glen said. Despite these adjustments, works progressed steadily.

“It was a good job to work on. Everything seemed to go pretty smoothly, which is good,” Glen said. Collaboration on site also contributed to the outcome. “The builder was good to work with.”

Through well-coordinated manufacturing and installation, Inovative Interiors helped deliver practical, attractive kitchen and laundry spaces that form an essential part of everyday life at Blueheath at the Bower.

For more information contact Inovative Interiors, 52 Munibung Road, Cardiff NSW 2285, phone 0418 460 340, email glen@ inovativeinteriors.com.au, website www.inovativeinteriors.com.au

The Directory The Directory

AIR CONDITIONING (HVAC, REFRIGERATION & MECHANICAL SERVICES)

Mitsubushi Heavy Industries Air-Conditioning Australia, Pty. Ltd.

Page 12

1300 130 007 info@mhiaa.com.au | mhiaa.com.au

AIR TIGHTNESS (CONSULTANCY, TESTING)

Cetec

Page 97 02 9966 9211 sydney@cetec.com.au | www.cetec.com.au

AERIAL PHOTOGRAPHY

Skyview Aerial Photography

Page 4 0431 931 910

AUDIO/VISUAL & IT EQUIPMENT

AVRUS

Page 50 1300 883 513 info@avrus.com.au | avrus.com.au

MNGD

Page 96

1800 717 474 hello@mngd.tech | mngd.tech

BRICK AND BLOCK WORK

Custom Clad

Page 42 03 9791 2904 info@customclad.com.au |customclad.com.au

Lohas Australia

Page 63 02 7259 1054 info@lohasau.com | lohasau.com

BUILDING SERVICES ENGINEER

Caleb Engineers Pty Ltd

Page 69 03 9020 9347 info@calebengineers.com | calebengineers.com

CABLING (NETWORKS AND FIBRE OPTICS)

ILEC Pty Ltd

Page 33 03 6248 4255 ilec.net.au

CARPENTRY

Abbeyside Carpentry

Page 15 0404 740 644 admin@abbeyside.com.au | abbeyside.com.au/carpentry

CLADDING & ROOFING SYSTEMS

LS Roofing and Cladding

Page 80 0412 412 514 leigh@lsroofing.net

COMMERCIAL KITCHENS

Alpha Custom Stainless Steel

Page 101 1300 362 596 sales@alphace.com.au | alphace.com.au

CONCRETE (HEMPCRETE)

X-Hemp

Page 30 0413 388 470 xhemp.au

Hannan Build

Page 30 0429 658 886

hannanbuild

Australian Hemp Masonry Company

Page 30 0422 750 612 hempmasonry.com.au

CONCRETE PRODUCTS

Mapei

Page 18 Mapei.com.au

CONSTRUCTION COMPANIES & ALLIANCES

Cedar Woods

Page 56, 66 03 9820 1777 cedarwoods.com.au

Geocon

Page 84 02 6255 0430 geocon.com.au

Hansen Yuncken

Page 22, 92 (Sydney) 02 9770 7600, (Newcastle) 02 4908 6300 (QLD) 07 3872 4000 (SA) 08 8229 7300 (VIC) 03 9831 6500 hansenyuncken.com.au

Hutchinson Builders

Page 48, 78 (VIC) 03 9282 9500 (SA) 1300 488 244 hutchinsonbuilders.com.au

Ireland Brown Constructions

Page 60 03 9805 5200 ibconstructions.com.au

Perri Group

Page 40 03 8609 9060 www.perri-group.com

Synergy Construct

Page 72 1300 735 500 synergyconstruct.com.au

CRANES/HOISTS & RIGGING

(ALL CRANE PRODUCTS & SERVICES)

Allied Construction (Allied Crane Hire)

Page 102 0437 609 486

slantry@alliedcranehire.com.au alliedcranehirenewcastle.com.au

Hard Bakka Rigging

Page 21 0405 722 721

sales@hardbakkarigging.com.au hardbakkarigging.com.au

DEVELOPERS

Principle Living

Page 104 02 4913 5986 principleliving.com.au

DOORS

Lotus Doors

Page 55 1300 2268 7842 lotusdoors.com.au

DOORS (ROLLER DOORS)

Capital Doorworks

Page 87 02 6260 2252 info@capitaldoorworks.com.au capitaldoorworks.com.au

DOORS (ENTRANCE CONTROL SYSTEMS)

ASSA ABLOY Entrance Systems Industrial Pty Ltd

Page 11 1300 666 232 assaabloyentrance.com.au

ELEVATORS/LIFTS (VERTICAL TRANSPORTATION)

Access Solutions

Page 31 03 6229 2476 info@access-solutions.com.au | access-solutions.com.au

ELECTRICAL DESIGN AND FITOUT

Lantrak Electrical Services

Page 51 03 8796 9696 electricalservices@lantrak.com.au lantrakelectrical.com.au

ENGINEERS (STRUCTURAL)

Webber Design

Page 44 (VIC) 03 9614 7155 | (NSW) 02 9690 2488 www.webberdesign.com

FACADES

Fairview

Page 9 1800 007 175 sales@fv.com.au | fv.com.au

FACADES (TIMBER)

Candour

Page 24 0402 823 549 hello@candour.cc | candour.cc

FIRE SAFETY

(ALL FIRE PRODUCTS & SERVICES)

M-Fire Pty Ltd

Page 100

02 4011 5907 enquiries@m-fire.com.au | m-fire.com.au

Profire (Aust) Pty Ltd

Page 45 0423 844 580 profire1@hotmail.com,

FRAMING SYSTEMS

( ALUMINIUM WINDOWS AND DOORS)

Darley Aluminium

Page 16 darleyaluminium.com.au

FURNITURE

Living Edge

Page 38 1300 132 154 info@livingedge.com.au | livingedge.com.au

Zenith Interiors

Page 37

03 9693 2600 zenithinteriors.com

INTERIORS DESIGN (CONSULTANT)

Nic Design Studio

Page 74 admin@nicdesignstudio.com.au nicdesignstudio.com.au

JOINERY & FITOUTS

Best Assembly Joinery

Page 20

03 9587 4517 service@bestassembly.com.au | bestassembly.com.au

Inovative Interiors

Page 107 0418 460 340 glen@inovativeinteriors.com.au inovativeinteriors.com.au

Pluim Joinery

Page 99

02 4328 0500 info@pluimjoinery.com.au | pluimjoinery.com.au

UCI Joinery

Page 39

03 6425 1399 hobart@ucitas.com.au | uci.com.au

VOS Constructions & Joinery

Page 27

03 6229 0300 reception@vosgroup.com | vosconstruction.com.au

LANDSCAPING

SLS Landscape Group

Page 35

03 6273 0075 slslandscapegroup.com.au

Normark Landscapes

Page 52

03 9334 2212 info@normark.com.au | normark.com.au

LANDSCAPING (HARDSCAPES)

Space Landscape Construction

Page 83

08 8234 8274 info@spacelc.com.au | spacelc.com.au

LININGS (INTERIOR AND EXTERIOR)

Animal Commercial Carpentry

Page 53 0417 114 462 hello@animalcarpentry.com.au animalcarpentry.com.au

Plastering Solutions Tasmania

Page 26 03 6128 3026, sales@pstas.com.au

SA Interior Projects

Page 81 0420 988 902 saip@sa-interiorprojects.com sa-interiorprojects.com

LOGISTICS MANAGEMENT

Transways Logistics International

Page 94 02 9319 9600 transways.com.au

PARKING TECHNOLOGY

Park Agility Page 65 02 8488 3333 parkagility.com parkagility parkagility Park_Agility

PAINTERS

Elite 1 Painting

Page 106 0415 127 733 elite1painting@hotmail.com | elitepainting.au

PLUMBING

Cooke & Dowsett Plumbing Tasmania

Page 25 03 6144 5504 info@cdpg.net.au | cdpg.net.au

G&W Hydraulics Pty Ltd

Page 103 02 4368 4050

REINFORCING (STEEL FIXING)

XYHHY Reinforcement

Page 89 0401 651 681 pj@xyhhy.com.au | www.xyhhy.com.au

RENDERING & EXTERNAL FINISHES

Delko Pty Ltd

Page 59 0401 330 642 adrian@delko.net.au

SIGNAGE / WAYFINDING

Vinage Customs Sign

Page 64 03 9077 7759 vinagescustoms.com

STEEL (STRUCTURAL/FABRICATION)

Danmor Engineering Pty Ltd

Page 29

03 6445 1350 danmor@danmor.com.au | danmor.com.au

TILING

Dynamic Hobart Tiling

Page 36 0416 727 768 dynamichobarttiling.com.au

Interface Tiling

Page 58

1300 468 371 interfacetiling.com.au

Tas Tiling Contractors

Page 32

0499 996 424 choi@tastiling.com

WASTE MANAGEMENT SERVICES

Wasteman Serving & Chutes

Page 86

1300 172 202 info@wastemanservicing.com.au wastemanservicing.com.au

WINDOWS

VOS Constructions & Joinery

Page 27

03 6229 0300 reception@vosgroup.com | vosconstruction.com.au

PHOTOGRAPHERS

PUBLISHED

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