Massachusetts Institute of Technology

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12 Emily Street renovation, Building NW98

Thoughtfully renovated, NW98 provides MIT Sea Grant with a well-configured suite of purpose-built labs and offices — and will also serve as headquarters for the revolutionary fiber endeavors of AFFOA.

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Sea Grant moves to NW98 (Image courtesy MIT Sea Grant)

12 Emily Street renovation, Building NW98

12 Emily Street, Cambridge, MA 02139

Status: Complete

Themes: Renovation and renewal
Enhancement of life and learning

Completion: 2017

Thoughtfully renovated, NW98 provides MIT Sea Grant with a well-configured suite of purpose-built labs and offices — and will also serve as headquarters for the revolutionary fiber endeavors of AFFOA.

Overview

Sea Grant moves to NW98 (Image courtesy MIT Sea Grant)
AFFOA to move to NW98 (Photo: S. Brauer)

Status

Complete

Completion Date

2017

Themes and priorities

Renovation and renewal
Enhancement of life and learning

The rejuvenated brick industrial building at 12 Emily Street (NW98) provides a cohesive home for the MIT Sea Grant College Program, relocating from a more fragmented space in Kendall Square.

MIT Sea Grant undertakes research and educational projects to help provide real-world solutions to coastal issues and concerns. Notable spin-off Bluefin Robotics (now part of General Dynamics Mission Systems) began at Sea Grant’s Autonomous Underwater Vehicle (AUV) Lab, which until recently occupied a converted third-floor conference room (the AUV had to be dismantled any time it left or returned to the lab). A consolidation and redesign of space has enabled the Sea Grant program to gain the features it needs within the same square footage, including two large water tanks, an AUV workshop and other new labs, a large classroom, offices, and a conference room, all organized in a single-floor layout with improved access.

NW98’s other tenant, AFFOA, is engaged in the manufacturing of revolutionary fabrics — fabrics with the ability to communicate, store and convert energy, adjust size, and more. AFFOA’s space includes a clean room, interior glass walls to make prototyping visible to visitors, and a double-height space for “draw towers” that help fabricate fibers from glass.

In addition to being gutted inside, NW98 has also been renewed on the outside. Exterior improvements include all new windows, repointed brickwork, lintel and foundation repairs, and new accessible entrances. Inside and out, the building retains an industrial aspect that harkens back to its roots and references the New England textile industry that lay the foundation for AFFOA’s work.

Image credits

S. Brauer, and courtesy Sea Grant

Details

Address

12 Emily Street, Cambridge, MA 02139

School or Unit

School of Engineering (SoE)

Use

Academic

Project Team

Architect: S/L/A/M Collaborative, Boston, MA
Construction manager:
Siena Construction Corp., Cambridge, MA
MIT Team:
Varin Ang, T.J. Fanning

Scope

31,949 gsf

Design Features

  • Complete renovation of building interior and exterior
  • Exterior brickwork repointed where needed
  • Lintels and foundation repaired
  • All new windows installed
  • Two new main entrances; sidewalk to entrances renovated and made fully accessible
  • Bike racks (exterior) and interior bike storage added; bike room uses the building’s original entrance
  • Abutter residential properties provided with new fencing, grading, landscaping, and other site improvements
  • All new mechanical and electrical systems, building controls, and fire alarm system
  • All new bathrooms and showers

Specific features for MIT Sea Grant include:

  • Cohesive single-floor layout to improve communication and facilitate use and storage of Autonomous Underwater Vehicle (AUV)
  • Two large water tanks for testing submersible vehicles; one tank is equipped with a camera
  • AUV workshop
  • Several labs including a wet lab
  • Marine education room
  • Laser cutting room for constructing vehicle parts
  • Offices and a large conference space that accommodates the entire staff and facilitates collaboration

Specific features planned for Advanced Functional Fabrics of America (AFFOA) include:

  • Clean room
  • Drafting room
  • Roof bumped up to create double-height space that can accommodate five “draw towers” of varying heights (the tallest is 22 feet) that are central to the process of fabricating fibers
  • Glass interior walls to make activities visible to visitors
  • Relocated stairway to open up lobby for views of prototyping area
  • New elevator added for access to partial second floor

Sustainable Design Elements

  • Renovation repurposes existing building and retains certain building elements such as interior columns
  • Updated all-LED lighting
  • Updates to mechanical and electrical equipment and new building controls increase overall building efficiency
  • Renovated bathrooms and showers improve water efficiency
  • New windows and spray foam insulation increase energy efficiency
  • Energy recovery unit works with lab ventilation unit to recover waste heat or cooled air from vents and re-use it to pre-heat or pre-cool air that will be brought to the interior through the system
  • Targeting LEED v4 Gold - Design and Construction (Commercial Interiors) based on the addition of bike racks and storage, showers, LED lighting, and efficient HVAC/mechanical systems and building envelope systems as well as the type of products used in construction (green sourcing methods, low VOCs) and proximity to public transportation options

Map

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