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Graduate Junction, Buildings W87 and W88

Graduate Junction adds 675+ new beds on the west side of campus, expanding housing options for graduate students and establishing a vibrant nexus of student and community activity near historic Fort Washington Park. 

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Graduate Junction exterior (photo by Chuck Choi)

Graduate Junction, Buildings W87 and W88

Vassar Street, Cambridge, MA

Status: Complete

Themes: Enhancement of life and learning

Completion: 2024

Graduate Junction adds 675+ new beds on the west side of campus, expanding housing options for graduate students and establishing a vibrant nexus of student and community activity near historic Fort Washington Park. 

Overview

Graduate Junction exterior (photo by Chuck Choi)
Graduate Junction living space (photo by Chuck Choi)
Graduate Junction common area (photo by Chuck Choi)
Graduate Junction facade (photo by Chuck Choi)
Graduate Junction exterior alternate view (photo by Chuck Choi)

Status

Complete

Completion Date

2024

Themes and priorities

Enhancement of life and learning

Housing in the Cambridge-Boston area can be a challenge for graduate student families, and MIT's new Graduate Junction expands living options for students and families while providing the convenience and benefits of an on-campus location. The residence on Vassar Street adds 675+ new beds to MIT’s housing stock in a mix of studios and one-, two-, and four-bedroom units, to accommodate single graduate students as well as those living with their families.

Located adjacent to Simmons Hall and across the street from the Westgate Apartments, the new residence encompasses two buildings framing a publicly accessible central plaza and green space that serves as a gateway to the Fort Washington Historic District and Park. Flanking the plaza, the buildings rise in five- and six-story sections and then step up to 10-story sections beyond the historic district. Resident amenities include welcoming lobbies, lounges, study spaces, a fitness center, and more, including ample indoor bike storage.

Outside, the buildings’ variegated brick and metal façade panels and symmetrical windows are designed to echo the framework of Simmons Hall and the masonry of Baker House and the MIT Chapel — as well as the industrial past of the Cambridgeport neighborhood. Glass curtainwalls and other transparent elements break up the structural mass and reveal the activity within. The Central Plaza is designed to enhance connections with the surrounding neighborhood and encourage varied, multi-season activities with outdoor seating, urban tree groves, and a raised platform surrounded by a lawn and plantings. A north-facing terrace and gardens augment the residence’s active outdoor life.

As part of the project, the surrounding streetscape along Vassar Street was rebuilt and renewed; additional street trees and energy-efficient street lighting were added, and the cycle track was extended. MIT worked with American Campus Communities, an experienced campus housing developer, to design and develop Graduate Junction.

Together, the buildings have achieved LEED v4 Platinum certification.

 

Image credits

Chuck Choi

Details

Address

Vassar Street, Cambridge, MA

School or Unit

Division of Student Life

Use

Residential

Project Team

Architect: KieranTimberlake, Philadelphia, PA
Developer: American Campus Communities, Austin, TX
Construction manager: John Moriarty Associates, Winchester, MA
MIT Team: Vasso Mathes, Melissa Stopa

Scope

328,050 gsf across two buildings

Design Features

Central, publicly accessible plaza and green space featuring outdoor seating, urban tree groves, and a raised platform surrounded by lawns and plantings
The Central Plaza serves as a gateway to the Fort Washington Historic District and Park
Common amenities including state of the art fitness center, study and gathering lounges, bike-storage, and laundry
Roof decks for gathering and city and river views
Fully furnished apartments including family units with private access
Stainless steel appliances, dishwashers, and garbage disposals in every unit
Exterior private BBQ areas

Sustainable Design Elements

LEED v4 Platinum certification
Green roofs
Photovoltaic solar panels
Stormwater management landscaping
On-campus living with access to public transportation
Low VOC-emitting materials and finishes
Efficient water-source heat pumps for heating and cooling
Windows, curtainwall, cladding, and other envelope elements with high thermal performance
Hollow-core concrete planks resulted in a 45% reduction in concrete volume, reducing the buildings’ embodied carbon footprint

Map

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