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PROJECTS


BOSTON PUBLIC LIBRARY
UPHAM’S PRESERVATION TRADE SCHOOL
PACIFIC GROVE SPIRITUAL CENTER
TRIANGLE HISTORIC DISTRICT
LOWER NEPONSET PARK
URBAN WALK-UP HOUSING
CENTENNIAL PAVILION
STRUCTURAL DISTORTION






EXPERIENCE


Handel Architects
2 HARBOR LIFE-SCIENCES CENTER
580 CHELSEA

William Rawn Associates
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UPHAM’S PRESERVATION TRADE SCHOOL


UPHAM’S CORNER, MA
The bank building is renovated and expanded into the parking lot, creating a new public courtyard. A section of the bank hall becomes an outdoor space, blurring the line between public and private areas. The courtyard, featuring large windows and sliding glass doors, encourages interaction with trade school programs. Three arched mass timber pavilions connect old and new sections, offering a semi-conditioned roof area. Additionally, a green roof integrates with the landscape, facilitating access between the adjacent sites. My role in this project was focused on representation and communicating our project narrative and program.

The proposed design leverages adaptive reuse to repurpose an existing bank building into a historic preservation trade school and a hub for collecting recycled materials, contributing to a more sustainable and adaptable future.





MAPPING FUTURE REUSE POTENTIAL
The City of Boston’s Building and Structures Division of Inspectional Services Department cites buildings that have fallen into disrepair or pose an imminent danger due to structural conditions

Many materials such as wood, metal, and masonry are reclaimable, recyclable, and reusable. However, contractors and architects often lack a sustainable plan for using these reclaimed materials.

Our proposal of Upham’s Historic Preservation Trade School allows students to become educated on rebuilding the historical, cultural, or architectural values of existing buildings in disrepair




MATERIAL LIFECYCLE ASSESSMENT





SOUTHEAST ELEVATION AT STREET



NORTHWEST ELEVATION


NORTHEAST ELEVATION

NORTHEAST ELEVATION AT COURTYARD



SOUTHWEST ELEVATION AT COURTYARD



SOUTHWEST ELEVATION








SITE PLAN




SITE AXONOMETRIC



PERSPECTIVE VIEWS










CLIMATE ACTIVE BRICK WALL ASSEMBLY







WALL SECTION THROUGH DISPLAY SPACE



WALL SECTION THROUGH STUDIO SPACE
SECTION PERSPECTIVE AT EXISTING BANK HALL
SECTION PERSPECTIVE AT EXISTING BANK HALL









SUSTAINABLE SYSTEMS DESIGN

Our approach to reuse has resulted in reduced emissions compared to new construction. New construction results in a significant increase in embodied carbon through all of the new materials and transportation required. However, it is also important to note that the existing conditions have very poor operational emissions. As seen from the graph on the previous page, the most sustainable solution is to perform adaptive reuse of the existing structure in such a way that also reduces operational emissions.




STORMWATER MANAGEMENT

Rainwater is collected and used in a greywater system. The pervious courtyard, which uses porous pavers and joints and native plantings helps retain and infiltrate water, preventing it from turning into runoff. The thick, porous, and rough recycled brick rainscreen creates a cool microclimate and slows and absorbs rainfall. The extensive green roofs also filter and retain rainwater.






FIRST FLOOR PLAN













1’=1/8” SCALE MODEL








1’ = 1/2” SCALE MODEL









1’ = 1/16” SCALE MODEL



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