EDUCATION BACKGROUND
Name: Apply for the Position: (Preferred)
Age:
PRATICAL EXPERIENCES
Kaige
University: Current
By Dr. Urs Bette
Christopher Pongrac
Dr. Scott Hawken
By Dr. Carlos Bartesaghi Koc
05. Whale Fall
Fall 2024, Final Studio Project - Degree of Architecture - University of Adelaide
Location: Waitangi Wharf, Chatham Island, New Zealand
Studio Leader: Dr Urs Bette
Individual Project
Ocean & Whale Relationship
New Zealand Stranding Situation Site Location Project Brief
Waitangi Wharf, Chatham Island, New Zealand
SITEBOUNDARY
Section One (S 1.1) 1:200@A1
Section Two (S 1.2) 1:200@A1
92% of strandings occur in shallow coastal areas that are difficult for humans to reach.
92% of strandings occur in shallow coastal areas that are difficult for humans to reach.
~10% of stranded animals can be rescued and refloated. while 90% are processed after death.
I can do pre-site analysis, mid-modelling and conceptual diagram, as well as postproduction renderings and drawings.
I ready to be an architect, But I need a chance to use my abilities
Whether you are interested in Kaige or not, I would invite you to experience my research over the past few years.
Exploring Kaige
Christopher Pongrac
Defining Kaige
Dr. Scott Hawken 2024 Optimised Kaige
Dr. Urs Bette
Sacnctuary
The Earth Vascular
Dune,
Leader: Dr Carlos Bartesaghi Koc
Overall Analysis
ACTIVE
The creation of paths gives visitors and wildlife greater access to the site, thus stimulating the development and use of the site.
The setting up of an activity area will attract various types of users by giving visitors guidance and making it fun for them.
Attracting animals to the site through water diversion and landscaping.
WALKABLE PARKLAND ATTRACTIVE PARKLAND
Exisiting site Road and activity area set-up Human & Wildlife 2023 Preparing to start construction 2026 Road building finish 2029 - Landscape finish
RECOVER
On the basis of ACTIVE', plants arranged at the base of the site will attract to the site animals that will carry seeds of other plants.
The biodegradable paving of the river will bring wider water coverage to the site, lowering the water level and reducing the risk of flooding.
Tall trees planted from seed in the foundation arrangement will grow over time to become a 'wall' to block out sound and pollution.
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Ecological Zoning Plant Species Habitat Bird Migrations
Callistemon 'Harkness'
Carex bichenoviana Juncus subsecundus Poa labillardieri Lepidosperma carphoides Chenopodium curvispicatum Chorizandra enodis Dodonaea baueri 0.5-1
Banksia spinulosa 'Honey Pots'
Amphipogon caricinus var. caricinus
Atriplex vesicaria
Xanthorrhoea ssp. semiplana
03. MIRAGE
You put water into a bottle and it becomes the bottle. You put it in a teapot, it becomes the teapot. Now, water can flow or it can crash. Be water, my friend.
---Bruce Lee
Noise Control
Site Plan
Design Main Point
The project is adjacent to the intersection of OG Road and Turner Road, which is part of a two-way, four-lane urban arterial road, with traffic flow converging due west of the site.
In the future, there will be nearly 40 new households in the neighbourhood, 60% of which will be elderly and 10% of which will be patients with various health problems (especially mental illness) for whom noise pollution is a great hindrance to their lives and a physical burden.
Aim:
Site Analysis
1. Analyze the current state of catchment and terrain in Adelaide's metropolitan area.
Case Study
2. Examine catchment and terrain issues in Shanghai and London, along with their solutions.
Issue & Opportunity
3. Explore opportunities for Adelaide by applying solutions from Shanghai and London.
& NDVI
Kaige as a
''Spatial Analyst''
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