Architectural Portfolio by Cameron Mixner

Cameron Mixner Architectural Portfolio

2 Resume Architecture Work 3-6 The Spheroid Sanctuary Roger Williams University Aug. ‘22 - Dec ‘22 7-14 Channel Community Center Roger Williams University Feb. ‘22 - May ‘22 15-18 The Shell Music Pavilion Roger Williams University Sept. ‘21 - Oct. ‘21 19-24 The Dream Theater & Music Hall Roger Williams University Oct. ‘21 - Dec. ‘21 25-28 Providence Market & Station Roger Williams University Sept. ‘20 - Dec. ‘20 29-32 Club Amenista Barcelona Architecture School Feb. ‘20 - May ‘20 33 Courtyard Project Roger Williams University Oct. ‘18 34 Construction Documentation Roger Williams University Nov. ‘20 - Dec. ‘20 Personal Photography 35-36 Distorted Journey Sept. 2019 37-38 Personal Photography 2015-2019 39-40 Study Abroad Photography 2020

The Spheroid Sanctuary

Interpolating renders created by Midjourney, the monastery was to be made out of spheres. Initially, the maximal approach was taken, but soon after was slimmed down to a few spheroid shapes. The monastery is located on the second floor of this structure. It is initially carved out from two large orbs, then three eggs were used to carve out more of the space as well as seating. Then attached to those eggs are barnacles that are attached like how they would be to a rock at the site, and are used as carved out areas to capture and diffuse light to be used in the space itself. There are also three areas inside that have porous openings to allow light in and views to the exterior. To be able to enter this space, you must use the spiral staircase. The ground floor is made of egg shapes to make out the ten individual units, one of which is the spiral staircase. The habitable units are then carved out further and used for personal storage, a bathroom, and shower room, with a bed making up most of the floorspace. There is a central pathway that is directed by the landscape along the curve of the building. Light is let through from angled cuts along the outside walls. Not allowing for views inside the units to be visible for seclusion. Along the front exterior is a wall replicating the same outline of the monastery, with porous opening similar to the openings upstairs, allowing for some privacy, but also still allowing for views along the water.

Overall Site of Cuttyhunk Island Specific Site Selection on Cuttyhunk Island 3

Overall Section of Sanctuary Building

Living Units & Sanctuary Floor Plans

Exploded Axon of floors, Center is General Axon

AI Generated Image Post-Design AI Generated Image Pre-Design AI Generated Image Pre-Design AI Generated Image during Design

Render

of Overall Sanctuary Space

Photo of Physical Model Photo of Physical Model Render of Entrance Stairway Render of Sanctuary Units Render of Exterior View

Render of Entrance of Sanctuary Space

Channel Community Center

The intentions of this community center are to bridge the disconnect between site conditions on the northern and southern sides. On the south we have more com pact, old residential settlement consisting of mostly three-family triple-decker houses and apartments. The north side consists of more mixed-use and commercial buildings with two high-rise apartment buildings. Our design creates an underpass-like pedestri an walkway that connects these two conditions. This community center is welcoming to residents of all living situations.

The population that seems to be the most in need of this space is poor youth. This population will be served through the child care program and the sports hall. The spatial situations visually connect the various levels interiorly and exteriorly. We are using local recycled granite to harken back to the origins of the city of Fall River being a textile mill town. The underpass walkway has the ability to become a very lively and welcoming through the incorporation of outdoor furniture and the capacity to invite performances and even vendors. The intent is to make this a safe space for youth and adults to congregate and interact with their community.

The main areas of the building, like the theater and the sports hall are dou ble-height spaces. These spaces are not independent spaces from the building but they interact with the other floors visually and directly through the use of balconies and cantilevered pathways through and between. The walkway through the building is visually connected with the interiors of the building using glass curtain walls.

The building will be constructed using CLT for the entire structure, with it being mainly consisting of Post & Beam, with some Load Bearing walls used in a few of our spaces. The building has enough open space that it can evolve and adapt to whatever it may become and need. The ground floor mainly consists of glass to make the building light and transparent, allowing people to walk through the underpasses and get a glimpse of the many activities involved throughout. The upper floors are more closed off to allow for privacy in meeting spaces as well as in the classrooms.

Massing

Vegetation Near Site

Pedestrian Access for Site Local Vegitation Near Site Generative Plan

Single Family Two Family Three Family Apartment Commercial Mixed Use

Photograph of Site Initial Sketch of Ground Floor

First Floor Plan Second Floor Plan Generative Diagram Looking North/East FIN. SECOND FLOOR 29'-6" FIN. SECOND FLOOR 17'-6" 45'-6" FIN. SECOND FLOOR T.O. ROOF 45'-6" FIN. SECOND FLOOR 29'-6" A2.01 1/8" = 1'-0" BUILDING ELEVATIONS Channel Community Center SCALE ARCH 513 INTEGRATED PROJECT DESIGN STUDIO A# # A# Structural Systems Axon Building Elevations Ground Floor Plan with Public vs Private Access, red being public, yellow being private. Public Flow Diagram Building Shape Diagram Courtyard Access Diagram 8

Building Sections Exploded Structural Axon 9

Sun Strategies

1 - Solar panels collecting energy from the sun to offset the buildings energy usage.

2 - There is sun shading which helps block the harsh summer sun from entering the building, while allowing the winter sun in to heat the building naturally.

Ventilation Strategies

3 - Natural ventilation is used to help cool the building in the warmer months and reduce active system use. Vents are located on the vertical ends of the windows to allow fresh air to pass through as desired.

Water Strategies

4 - Water that is collected from the roof is brought to the outer edges of the building, and distributed throughout.

5 - The interior courtyard facades have water catchers that move the water to the edges of the building to be distributed throughout.

6 - There are pipes underneath the back side of the building where water is brought to water the plants.

7 - Water pipes are underneath the green areas on the rooftop to distribute the water and water the plants.

8 - Water is pushed through the solar panels to cool them which boosts their efficiency to gain more power.

A snippet of the full 255 page booklet that was created with this project.

7 3 1 2 6 4 5

8 7 FINAL NARRATIVE 7 FINAL NARRATIVEThe intentions of this community center are to bridgemostly three-family triple-decker houses and apart-pedestrian walkway that connects these two conditions. We wanted to create safe pedestrian street all living situations. Two Family Site Plan served through the child care program and the sports hall. The spatial situations visually connect the varicity Fall River being textile mill town. The uneven vendors. The intent to make this safe space Decker, Lammar & Associés Roldán Berengué ORGANIZATION, ARTICULATION the sports hall are double-height spaces. These spacdirectly through the use balconies and cantilevered pathways through and between. The walkway channel has the ability become very lively and wel-On the ground floor plan you can see that there an interiors the building using glass curtain walls, so you can see the different kinds programscorporation of outdoor furniture and the capacityHerzog & de Meuron DWG/MODEL/RENDERING OR OTHER FROM YOUR ADD PAGES IF ROUTEGOAL Floor Plans Second Floor PlanThe building will be constructed using CLT for the entire structure, with mainly consisting Postprivate. The ground floor mainly consists of glass to glimpse of the many activities involved throughout. The upper floors are more closed off to allow for priFor cladding, we are using local reclaimed granite to plane. This correlates the second system as well. materiality ceramic-coated aluminum panels and tinted glass, both of which are in gradient shades ofing. Sauerbruch Hutton A2.01 7 1 2 4 5 Sun Strategies There sun shading which helps block theing naturally. Ventilation Strategies system use. Vents are located on the vertical ends of Water Strategies Water that is collected from the roof brought building be distributed throughout. plants. cool them which boosts their efficiency gain 8 Generative Diagram Massing Massing This the Channel Community Center, located on The population that seems the most need of space like this is the poor youth in the area. We wantThe intention this community center is to bridgeOn the south side we have more compact, old res-ings with high-rise apartment buildings. General Flow Diagram N Single Family Two Family Three Family Apartment Commercial Site Plan On the ground floor plan you can see that there is an interiors the building using glass curtain walls, so you can see all the different kinds programs oc-corporation of outdoor furniture and the capacity tothroughout the building. being captured by the by sun shading devices on the south facades, espeIn terms of stormwater management, we wanted express the way water contained within the site. open-faced downspouts that are embedded the end the top roof collects is stored in catchment tank that supplements water which feeds the roof the ground level and partly by the semi-pervious paver stones through the center walkway. Natural To supplement the passive strategies we are incorporating, the building will use VRFs for heating and and theater are more heating and cooling intensive, The Design Alliance Architects The Design Alliance Architects The Design Alliance Architects First Floor Plan Third Floor Plan Roof Plan Floor Plans Second Floor Plan consists mainly of Post Beam construction, with some Load Bearing walls used in more private areas cost effective type. The gym construction unique framing case in the building where we are using Inverted V-braces are used for lateral stability the Building Sections To supplement the passive strategies we are incorand theater are more heating and cooling intensive, This makes ideal space to hold community dinAs one system, we are using local reclaimed granite this system where there are cuts back the glazing plane. This correlates the second system well. panels that express cuts into the main massing. The materiality ceramic-coated aluminum panels and and can be used for extra air flow through the buildhelp children, Where they can learn, grow, and learn 4 APPENDICES Bradshaw, Vaughn. “Building Control Systems”. John Wiley&Sons Inc. New Jersey 1993 Phipps Conservatory. “Center for Sustainable Landscapes: Phipps Conservatory and Botanical Gardens: Pittsburgh Pa.” Phipps Conservatory, Phipps Conservatory, 2013, https://www.phipps.conservatory.org/green-innovation/at- phipps/center-for-Building Sections Sections

Green Strategies Used throughout the building

Roof construction

Parapet system

2” rigid insulation

CLT Lintel

Window System

Opening Mechanism for panels behind windows

Aluminum & Glass Panels

Wall ties per glass panel

CLT Floor system

LIGHT SCHEME WALL DETAILS

color

Glazing system

Ground floor construction

½” Porcelain tile

4” Conc. slab

2” rigid insulation 6” gravel

Conc. Footing

2” rigid insulation

Footing drain

Ceramic coated aluminum panel with Tinted glass

¾”

CLT

EPDM

Protection Board Four 1” rigid insulation (sloped to drain)

roof structure

Detail Section of Interior Courtyard Wall 3D Axon of Detail Section 11

1:40 Model Photos Portion of Physical Structural Model

Portion of Physical Structural Model

Physical Facade Analysis Physical Building Section Analysis

Physical Mini Model 14

Physical Building Section Analysis

The Shell Music Pavilion

the stage at the middle of the structure. The shape of the Shell was generated with acoustics in mind, while also providing shelter to the people sitting in the permanent seating area. The extended seating portion is more gradual and not fully covered. The Shell is held together using a steel framing system generated in Grasshopper. The inner deflector is made out of timber paneling, with areas for lights to be hung as well as speakers. It is hung up using steel cables. Once inside the structure, you see the stage as well as the water, as the trees have been removed to have an uninhibited view of the bay.

The Shell is a music pavilion located on the Global Heritage Hall lawn. It is positioned in the path of GHH as you walk out to the lawn. The natural down slope was formed to create the seating, with the stage at the middle of the structure. The shape of the Shell was generated with acoustics in mind, while also providing shelter to the people sitting in the permanent seating area. The extended seating portion is more gradual and not fully covered. The Shell is held together using a steel framing system generated in Grasshopper. The inner deflector is made out of timber paneling, with areas for lights to be hung as well as speakers. It is hung up using steel cables. Once inside the structure, you see the stage as well as the water, as the trees have been removed to have an uninhibited view of the bay.

GLOBAL HERITAGE HALL

Sound

83.0 82.1 78.7 Sound Diagram

Initial Sketch Ideas for Pavilion Sound Diagram understanding the acoustics

Initial Sketch Ideas for Shell of Pavilion

BIT WALK 50 60

44.7

61.0 63.2

43.4 63.2

Exploded Axon of Shell Rendered Top Down View of Pavilion 16

Plan of Pavilion

Axonometric Drawing

Overall Site Section Section of Shell Pavilion

BIT WALK BRIDGE 30 50 60 70 20 40 10 44.7 75.3 61.0 43.4 63.2

1’=1/16” View of Stage Render View to GHH Render 4” Alucobond Axcent Aluminum Paneling Steel Cables Attached to structure and lower panel Zoomed Detail Drawing: 1’=1/16”

44.7 43.4

63.2

Zoomed In Plan: 1’=1/8” Rendered View of Stage

Rendered Overall View of Pavilion

The Dream Theater & Music Hall

The Dream Theater is a music hall located on the east facing peninsula. I wanted to make it and experience and landmark that has experiences throughout the building as well as the surrounding ground. The building floats off the ground and hovers over the water in the north, east and south directions. Hovering over and almost encapsulating the building is an anodized stainless steel facade that is a rich copper color. The color was chosen to be in contrast of the harbor. The shape went through many iterations starting conservatively, and eventually evolving to almost encapsulating the entire structure while still keeping the east and west facades relatively intact. There are moments where the facade is held back to allow for a balcony space on the northern point, as well as a cut through also along the northern end to allow for a lightwell to light up the two floors at that point. The site was reformed to include a renovated dock area, as well as experiences under the building and facade. The ground slopes up to the first floor of the building which opens to the lobby space that can lead you to the theater space. As you enter into the theater space, it opens up to a direct view to the water and Greater Newport. You also get hints of the facade almost starts to encroach on the view. The plans were originally boxes, but I then wanted to take away the corners, in the secondary spaces as well as the main theater space.

Sketches of Various Elements used for Overall Design

N/S Overall Section

Initial to Final Models of the Building Shell

Initial Models of the Overall Building Form

Sound Diagram in Section

Sound

Overall Site Plan

Diagram in Plan

Second Floorplan

Exploded Axon of Shell with Structure

E/W Overall Section

/Follow Spot Guys Light Offstage Light 21

of Entrance Space

Render

Render of Overall Building

Render of Theater Space looking at Stage

Render of Theater Space looking from Stage

Render of Balcony Space on Second Floor

Render of View Looking up from Glass Light Well

Providence Market & Station

Providence Food Market & Station takes the existing structure and transforms it into a brand new food market unlike anything in Providence currently. The new market provides an additional two floors with added shopping spaces. Along the front of the building are angled facades so depending on what direction you come towards the building, you either get a continuation of the old elements or the new glass elements connected to the new station. Alongside the new food market is a grand atrium that acts as a new pathway through the building, connecting the many icons of Providence together. Through the attrium we can enter into the new station. There are four openings to below to view the trains as well as the platforms being extended. There are now twelve ways to get to the platform allowing for a whole new influx of people to enter the city. The second and third floors provide security and extra seating.

Diagram showing Expansion of Space

Render of Overall Building 25

Diagram showing Explansion of Space

Ground Floor Plan 26

Exploded Axon Showing Program and Possible Circulation Paths

Overall Building Section 27

Render of New Portion of Train Station

Render of Transformed Old Station into New Food Market

Amenista

Amenista is the newest experience in Barcelona. During the day, it is an exhibition and event space, and at night it transforms into a nightclub. The way this happens is with origami-inspired elements throughout the site. The exterior elements are these moving cubes with triangular panels that fold and become fencing at night. The interior elements are moveable walls that can be tucked away under the stage at night. Both of these elements move on a grid track allowing for various layouts that can adapt to any event. The building’s program provides different spaces. The ground floor is an exhibition and event space with a stage, a set of bathrooms as well as a bar, and at the entrance of the club, there is a coatroom. The first and second floors are balconies that face on opposite sides of each other with bars and seating. Going up, there is a large rooftop bar with a kitchen. The basement is used as storage and archive space.

29 AMENISTA

Literal Interpretation Abstract Interpretation Actual Amethyst Origami Element

Overall Site Diagram

01 Park as: La Ribera Gate Research Campus 02 Park as: La Ribera Gate Research Campus 03 Park as: La Ribera Gate Research Campus 05 Park as: La Ribera Gate Research Campus 04 Park as: La Ribera Gate Research Campus 06 Park as: La Ribera Gate Research Campus AMENISTA STRUCTURE Public Transportation Restaurants UPF +15,00m +10,00m +5,00m ±0,00m -5,00m F+3 F+2 F+1 F0 F-1 +15,00m +10,00m +5,00m ±0,00m -5,00m F+3 F+2 F+1 F0 F-1 +15,00m +10,00m +5,00m ±0,00m -5,00m F+3 F+2 F+1 F0 F-1 +15,00m +10,00m +5,00m ±0,00m F+3 F+2 F+1 F0 +15,00m +10,00m +5,00m ±0,00m F+3 F+2 F+1 F0 O S GE BAR + BALCONY CIRCULATIO CIRCULATION CIRCULATION BARS + BALCONY CIRCULATIO BAR + BALCONY BARS + BALCONY CIRCULATION EXIBITION + STAGE ARCHIVES STORAGE CU LATI ON Tourist Activities Around Site Interpretation Interpretation Amethyst Exploded Axon F +0 1:250 F +1 1:250 F -1 1:250 F +2 1:250 F +3 1:250 Experience at night Final Presentation Board created in inDesign

Amethyst Transformation

Exploded Axon showing main building concepts

Origami Transformation Diagrams showing movement and foldability

30 ROOF STRUCTURE BUILDING SHAPE CIRCULATION ORIGAMI EXHIBITION PLACEMENT TRANSITION PLACEMENT CLUB PLACEMENT OPEN FULLY OPEN CLOSED EXHIBITION

Overall Section Ground Floorplan Rooftop Floorplan 31 UP +0,00m +5,00m exterior wall 30/40cm interior 10cm exterior wall 30/40cm interior 10cm wall 50cm +0,00m -5,00m +3,00m +15,00m +10,00m +0,00m +5,00m +0,00m +5,00m wall 30/40cm 10cm wall 30/40cm 10cm exterior wall 30cm interior 10cm

Rendered Building Section showing Nightime Activity Rendered View inside the Club 32 +5,00m ±0,00m -5,00m F+1 F0 F-1 +15,00m +10,00m +5,00m F+3 F+2 F+1 AMENISTA

The purpose of this project was to design a courtyard that had seating as well as shading elements. Trees are natural shading, so that became the inspiration for the design. Balsa wood is very maliable when wet, so using different sizes to represent the various tree branch sizes to make the tree element look as natural as possible was necessary. I then started to randomly just place them in to create a space with efficient shading but also a beautiful space to be in. The flooring was inspired by the Japanese tatami floor mat proportions. The flooring stepped up and down throughout to create various paths. For seating and tables, some of the branches wrapped upon themselves to create custom seating for the space. The views below show the different light effects on the space at various times of the year and day.

Courtyard

33 PRODUCED BY AN AUTODESK STUDENT VERSION FIN. FIRST FLOOR 100' 0" FIN. SECOND FLOOR 109' 5" T.O. PARAPET 125' 6" B.O. FOOTING 94' 6" T.O. ROOF 124' 3 3/8" TYPICAL ROOF ASSEMBLY - SINGLE PLY ROOF MEMBRANE - 1/2" PROTECTION BOARD - 7-1/2" MIN TAPERED POLY ISO INSUL. - AIR/WATER/VAPOR BARRIER - 3/4" PARTICLE BOARD ROOF SHEATHING - 3-1/2" CORRUGATED STL. ROOF DECK - STL. OPEN WEB JOIST TYPICAL WALL ASSEMBLY - BRICK VENEER - 1" MIN AIR SPACE - HORIZONTAL MASONRY WALL TIES - 2" RIGID INSUL. - AIR/WATER/VAPOR BARRIER - 8" CMU WALL - 7/8" METAL HAT CHANNELS - 5/8" PTD GWB TYPICAL BELOW GRADE WALL ASSEMBLY - 3/8" DRAIN BOARD - 2" RIGID INSULATION - WATERPROOFING MEMBRANE - REINFORCED CONC. FDN. WALL TYPICAL SLAB ON GRADE ASSEMBLY - 6" CRUSHED STONE - 2" RIGID INSULATION - VAPOR BARRIER - 5" CONC. SLAB - 1X4 PT. SLEEPERS - 3/4" OSB SUBFLOOR - ROSIN PAPER - TONGUE & GROOVE HARDWOOD FLOOR M.O. HEAD 106' 0 3/16" M.O. SILL 104' 8 1/2" 6" AGGREGATE COVER 4" DRAIN PIPE KEYWAY W/ BENTONITE WEEP VENT THROUGH FLASHING - WEEP VENT - THROUGH WALL FLASHING - GALU. STEEL LINTEL - THERMALLY BROKEN ALUM. WINDOW W/ IGU TYPICAL FLOOR ASSEMBLY - 2" CONC. TOPPING SLAB - 8" HOLLOW CORE PLANK - 7/8" METAL HAT CHANNEL - 3/8" PTB GWB - PRE-CAST CONC. PARAPET COPING STONE W/ SPLIT TAIL ANCHOR - CONT. TOP OF WALL FLASHING 3 1/2" = 1'-0" WALL SECTION PRODUCED BY AN AUTODESK STUDENT VERSION

Views of model using sunlight for general light qualities

Detail Drawings

These were working drawings created in my Construction Materials class, with proper notes as well as hatching and dimensions. These specific drawings are both from brick construction.

34 FIN. FIRST FLOOR 100' 0" FIN. SECOND FLOOR 111' 5" T.O. PARAPET 125' 5" B.O. FOOTING 94' 6" T.O. ROOF 124' 3" TYPICAL ROOF ASSEMBLY - SINGLE PLY ROOF MEMBRANE1 2" PROTECTION BOARD - 7'/2" MIN. TAPERED POLY ISO INSUL.3 4 OSB ROOF SHEATHING - 2X12 ROOF RAFTERS @16" OC - VAPOR BARRIER1 4 CEILING FURRING5 8" PTD. GR WB TYPICAL WALL ASSEMBLY - 8" SHIP LAP CEDAR SIDING - UNDERLAYMENT - AIR/WATER BARRIER3 4" EXTERIOR OSB SHEATHING - FIBERGLASS BATH INSULATION - 2X6 STUD WALL - VAPOR BARRIER5 8" PTD. GWB TYPICAL SECOND FLOOR ASSEMBLY3 4" OAK HARDROOF FLOOR FINISH - ROSIN PAPER3 4 OSB SUBFLOOR - 2X10 FLOOR JOISTS - 1X3 CEILING FURRING5 8" PDT. GWD. FIN. FIRST FLOOR 100' 0" FIN. SECOND FLOOR 111' 5" T.O. PARAPET 125' 5" T.O. ROOF 124' 3" TYPICAL WALL ASSEMBLY1 2" DRAINAGE BOARD - WATERPROOFING MEMBRANE - 10" REINFORCED CONC. WALL - 2" XPS INSULATION - 8" SHIPLAP CEDAR SIDING -UNDERLAYMENT -AIR/WATER BARRIER -3/4" EXTERIOR OSB SHEATHING -FIBERGLASS BATT INSULATION -2X6" STUD WALL -VAPOR BARRIER -5/8" GYPSUM WALL BOARD TYPICAL BELOW GRADE WALL ASSEMBLY1 2" DRAINAGE BOARD - WATERPROOFING MEMBRANE - 10" REINFORCED CONC. FDN. WALL - 2" XPS INSULATION - PERFORATED FOUNDATION DRAIN WRAPPED IN FILTER FABRIC TYPICAL SLAB ON GRADE ASSEMBLY - 6" CRUSHED STONE - 2" XPS INSULATION - 15" ML. VAPOR RETARDER - 5" CONC. SLAB - 1X4 PT. SLEEPERS3 4" OSB SUB FLOOR - ROSIN PAPER3 4" OAK HARDWOOD FLOOR FINISH - KEY WAY W/ BENTONITE WATERSTOP - CEDAR SHIP LAP SIDING - ZINC COATED COPPER PARAPET CAP - CANT STRIP 1 1/2" = 1'-0" PLAN DETAIL 3 1/2" = 1'-0" WALL SECTION 2 1/2" = 1'-0" ELEVATION PRODUCED BY AN AUTODESK STUDENT VERSION - SOLDIER COURSE @ WINDOW HEAD 3 A4.02 FIN. FIRST FLOOR 100' 0" FIN. SECOND FLOOR 109' 5" T.O. PARAPET 125' 6" T.O. ROOF 124' 3 3/8" - FIXED IGU WINDOW - MODULAR BRICK RUNNING BOND TYP. - WEEP VENTS 2' O.C. TYP. 11'-113 4 4'-0" M.O. 3'-03 4 19'-01 2 " 1 1/2" = 1'-0" PLAN DETAIL 2 1/2" = 1'-0" ELEVATION PRODUCED BY AN AUTODESK STUDENT VERSION

Distorted Journey

This series of photographs were taken in RI on a bike path at night to show the movement of light through the paths. The photos were then edited and distiorted in Photoshop to alter the normal experience of this journey.

Study Abroad Photography

I was lucky enough to study abroad from Jan. ‘20 to Mar. ‘20. In that time, I was able to live in Barcelona, and visit Toledo, Valencia, Venice & Paris to name a few. The trip was cut short due to coronavirus, but the experience was once in a lifetime. All photos were edited in Lightroom.

Personal Photography

Photography has only been a passion of mine. I have selected some of my favorite photos I have taken in the past three years in various different places, including Bear Run, PA, Kennet Square, PA, Providence, RI, and Bristol, RI. All photos were edited in Lightroom.