Boston — JGE Architecture + Design announced the completion of Brookley Flats, a new multifamily residential development in Jamaica Plain that delivers 45 affordable homeownership opportunities, including dedicated artist live/work units, within a sustainability-driven community. Developed in partnership with Jamaica Plain Neighborhood Development Corp. and Causeway Development, the project marks the largest affordable homeownership development built and occupied in Boston to date.
Located at 10 Stonley Road, Brookley Flats transforms a former industrial site into a 4-story, 45,000sf residential building that prioritizes connectivity, creativity, and long-term environmental performance. The development features a mix of modern residences alongside community-oriented amenities, including a shared roof deck, gallery space, bicycle storage, and a 19-space stacker garage, all designed to support both individual living and collective engagement.
“Brookley Flats reflects our commitment to creating housing that goes beyond function to foster community, identity, and opportunity,” said Jonathan Garland, president and founder of JGE Architecture + Design. “By integrating artist live/workspaces and shared amenities into a high-performance building, we were able to create a place that not only meets Boston’s housing needs but also celebrates the character and creativity of Jamaica Plain.”
Ground-floor gallery and exhibit space provide a platform for local artists, while the inclusion of live/work units supports creative professionals in maintaining both their practice and residence within the same community. Shared outdoor and indoor spaces, including a rooftop deck and gathering areas, are designed to encourage interaction and foster a sense of belonging among residents.
Designed with sustainability at its core, Brookley Flats is an all-electric, solar-ready building aligned with the City of Boston’s climate goals. The project is Passive House (PHIUS) certified, incorporating a high-performance envelope, advanced air-sealing strategies, and efficient mechanical systems to reduce energy demand while enhancing indoor comfort, air quality, and long-term resilience.
The project team also included H+O Structural Engineering; BLW Engineering Inc.; Michael D’Angelo Landscape Architecture; Sherwood Consulting & Design LLC; Haycon Inc.; and DVM Housing Partners.
