130 Brookline Street130 Brookline Street, Cambridge, MA
Themes: Innovation and collaboration
Renovation and renewal
The renovation of 130 Brookline Street enhances the nearby innovation district while preserving an historic building and facilitating collaborations between MIT and industry partners.
Themes and priorities
The two-story concrete frame industrial structure at 130 Brookline Street is part of the Cambridge Innovation Cluster, an area designed to foster collaboration among innovative companies and MIT scientists and engineers working to advance human knowledge. By restoring 130 Brookline Street and converting it into a laboratory building, MIT has enhanced the area and continued to attract and accommodate groundbreaking corporate partners in the high-tech, life sciences, and energy arenas. The building is now fully occupied by tenants 24M Technologies, an innovative energy storage company founded by two MIT professors, and Intellia Therapeutics, an industry leader in therapeutic gene editing technology.
Built in the 1920s, 130 Brookline Street has historical significance, and the Institute successfully restored and re-used many of its existing elements. The re-designed building attained LEED Gold certification and incorporates key sustainability features to reduce energy use, recover heat, and manage waste efficiently. The original brick has been repointed, and new windows were selected to fit within the building’s historic character.
In addition to the building improvements, MIT also relocated parking and donated a park adjacent to the building to the City of Cambridge. This project has advanced the Institute’s goal of improving the local physical environment for the benefit of the broader Cambridge community, our students, faculty, and staff, and neighboring innovation companies.
Architect: Dan Winny Architect / Arrow Street, Somerville, MA
Construction manager: Walsh Brothers Inc., Boston MA
MIT team: Ken Williams, MIT Investment Management Company
Sustainable Design Elements
- LEED certifiable
- Brownfield Redevelopment
- Reflective roof material to reduce heat island effect
- Water use reduction
- Heat recovery methods incorporated into HVAC systems
- VAV system and right sizing of HVAC equipment to reduce energy use
- Low-emitting materials including adhesives, sealants, paints, and carpets
- Building re-use; maintain existing walls, floors and roofs
- Construction waste management
- Daylight and views: daylight to 75% of space