Graham Carr, PE

Graham Carr is a licensed structural engineer with over 10 years of experience in the structural engineering and building envelope fields. His structural project expertise includes condition assessments, evaluations, concrete restoration, structural strengthening, and structural design of wood, steel, and reinforced concrete. The majority of Graham’s career has been spent on the restoration and repair of existing buildings, power facilities, and various utility structures. His focus is on applying structural engineering solutions to support restoration projects.

Wentworth Institute of Technology

B.S. Civil Engineering 2008-2012

Registered Professional Engineer – State of Massachusetts

Registered Professional Engineer – State of Maine

Registered Professional Engineer – State of Rhode Island

Registered Professional Engineer – State of New Hampshire

SEAMASS –  Structural Engineers Association of Massachusetts (Director)

SEAMASS Scholarship Committee

BASE – Boston Association of Structural Engineers

30 Pine Street Parking Garage – Gardner, MA

Design and construction administration for a structural repair and restoration project at a steel framed and concrete parking deck in Gardner, MA The parking garage underwent a comprehensive restoration project including painting of the steel structure, new stairs, traffic coating, column encasements, vehicle barriers, concrete repairs, drainage improvements, and steel connection repairs.

500 & 900 Salem Street Parking Garages – Smithfield, RI

Design and construction administration for a structural repair and restoration project at two pre-cast concrete garages, totaling over 1,000,000 square feet. Each parking garage received new sealants, traffic coating, sealers, concrete repairs, new welded connection repairs, and drainage improvements.

18 Pond Street Concrete Balcony Replacement – Boston, MA

Design and construction administration for a replacement of 18 steel-framed concrete slab balconies at a multifamily masonry building. The project included the removal of deteriorated cantilever balconies, and construction of new steel-framed balconies with composite concrete slabs.