Jack Bellerose's Portfolio

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Jack Bellerose

Migration Center

Roxbury, MA

Studio 02

Spring 2025

Instuctor: Ingrid Strong

The Migration Center is a three-story structure, measuring 53 by 93 feet, with a tectonic glass façade at 2154 Washington St. The design uses this glass façade to envelope the stereotomic core, creating a connection

with the building’s context. The third space consists of art galleries that showcase the Terrena people’s artwork alongside local pieces, with auction rooms located on the third story.

1. Welcome Center
2. Play Area 3. Restaurant
4. Kitchen
1. Gallary 1
2. Gallary 2
3. Classroom 1
4. Classroom 2
5. Clinic
6. Waiting Room
7. Restroom 1
8. Restroom2
5. Classroom 3
6. Bathroom 1
7. Seating Area
3rd Floor
Wind Rose Diagram
1. Auction Room 1
2. Auction Room 2
3. Residential Common Room
4. Bedroom 1-4
5. Mechanical Room
6. Bathroom
7. Laundry room
Section B:B
Glass (Outer)
Steel Beam
Concrete
Wood Panel Ceiling
Wood Panel Wall
Foundation
Frosted Glass (Inner)
Material Diagram

01. Stereotomic Core

03. Core Intersection

05. Tectonic and Steriotomic Merge

2. Structure

Final Form

04. Outer Tectonic Facade

The lighting within this space is defined by a soft, diffused quality created through the strategic use of frosted glass. This glazing treatment acts as a light-diffusing medium, allowing natural daylight to penetrate the

interior while minimizing glare and harsh shadows—an essential condition for gallery environments where uniform lighting is critical for viewing art. The filtered light creates a calm and ambient atmosphere, evenly distributed

the space due to the translucent quality of the materials. Large vertical openings and a glazed façade admit an abundance of daylight, while the frosted finish ensures protection sensitive materials from UV rexposure.

The steel beams provide the primary horizontal support, likely spanning between major vertical elements and carrying the load of the upper portions of the façade and roof. Steel bars and wires function as secondary and tertiary structural components—possibly tension members—used to either stabilize the main frame or support panels of glazing.

Walkway
Frosted Glass
Steel Beam
Steel Bar
Steel Wire
Glass
Structural Diagram

Milton, MA

Studio 01

Fall 2024

Instuctor: Milagros Ratto

The pavilion is a 3-story, 12 by 26-foot-tall structure with an interior and exterior façade found at the end of the bog’s boardwalk. The pavilion focused on the decay of varied materials over long periods of time and how they

a statement. The Hight of the structure allows for the program to be an observatory while also acting as shelter for hikers who have reached the edge of the Ponkapoag pond. The goal was to explore the same pattern of circulation.

As you ascend the pavilion, your perspective on the surrounding bog expands, shifting from an intimate, ground-level engagement to a panoramic, almost detached overview. At the base, the building is closely tied to the earth, with platforms that keep you near the natural textures and elements of the bog.

Material Diagram
Axon
Circulation Diagram
Decay Diagram

Terena Exchange

Miranda, Brazil

Studio 02

Spring 2025

Instuctor: Ingrid Strong

The 3rd space is a 1-story, 57 by 90-foot-wide structure with an interior and exterior façade located in Miranda, Brazil in the southern tip of the Pantanal. The building is designed using the concept of decay, with varied materials that

will deteriorate over different periods of time and how that affects the surrounding farmland and environment. This process creates a separate structure with no set program that can be utilized for farming needs.

Terena Exchange

1/8":1'0"

The two sides of the building act as two separate programs, one acting as a trading hub for the local people and Terena tribe, an indigenous group is known for their pottery and weaving skills, and the other acting as a

gallery. Utilizing the butterfly roof typology and linen textiles inner façade, the building also can act as a shelter against the intense heat of the Pantanal.

1/8":1'0"
Section A:A
Section B:B

These photos show Decay overtime and how that effects the sun interaction with the structure.

Winter Solstice (3/20/2025)
Winter Solstice (3/20/2025)

Spring 2025

Instuctor:

Lora Kim

The biggest takeaway from this school year has been the concept of tectonic structure. And understanding how materials come together to form my design approach. The exploration of tectonic principles has

deepened my understanding of assembling, materiality, construction methods and symmetry. My Trophy represents the tectonic principles I have developed as well as the structural legibility of my projects throughout freshman year.

Two circular wooden dowels serve as vertical supports, providing stability and forming the structural backbone. Alternating clear acrylic sheets and wooden squares create a visual rhythm, with the transparency of the acrylic

contrasting against the warm tones of the wood. Diagonal wooden rods extend outward from the center, intersecting through the layers and adding additional supports.

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