Collier Memorial

Situated on MIT’s campus in honor of Officer Sean Collier who was shot and killed on April 18th 2013, the Collier Memorial marks the site of tragedy with a timeless structure—translating the phrase "Collier Strong" into a space of remembrance through a form that embodies the concept of strength through unity. The memorial is composed of thirty-two blocks of granite that form a five-way stone vault. Each block supports the other to create a covered space for reflection. The Collier Memorial evokes a star shape as well as an open hand, referencing MIT’s motto, Mens et Manus (Mind and Hand). The ovoid space at the center of the radial walls creates a passage, a marker, and an aperture that reframes the site. The design combines age-old structural techniques for spanning masonry vaults with new digital fabrication and structural computation technologies to create an unprecedented form. The structure relies on the exact fit of thirty-two stone blocks to transfer loads in pure compression from stone to stone. This didactic visualization of forces is consistent with MIT's ethos of openness and transparency, while the idea that all five walls are needed to achieve a stable form is symbolic of a community coalescing to commemorate a loss. The Memorial offers the opportunity to remember Officer Sean Collier and honor his life, service, and represent shared values: openness in the face of threat, unity through diversity, and strength through community.

Credits

Designer

J. Meejin Yoon

Design Team

Yoonhee Cho
Paul Cattaneo
Sungwoo Jang
Anna Kaertner
Elle Gerdeman

Structural Engineer

Knippers Helbig Advanced Engineering

Specialty Masonry Consultant

Ochsendorf DeJong and Block Consulting Engineers

Landscape

Richard Burck Associates

Stone Fabricator

Quarra Stone Company, LLP
Type
Public Space
Year
2014
Status
Completed
Location
Cambridge, MA
United States
Client
MIT
Published in
MIT Technology Review
Architect Magazine
Architectural Record
The Architect’s Newspaper
Dwell Magazine
MIT News
MIT News
Curbed
Robotic Stereotomy