McLaren is a top Connecticut engineering firm providing custom, full-service building solutions that can take projects of any size, shape and scope from concept to completion.
Renowned for our high quality services and innovative solutions, McLaren offers expert consultation, engineering, design, construction support, inspection, project management, and more.
We offer comprehensive engineering services and solutions throughout Connecticut that take any project from concept to completion with expert consultation, design, construction support, inspection and project management.
McLaren’s Connecticut engineering team provides custom full-service building solutions throughout the State. We work across 10 distinct markets to shape Connecticut’s unique building environment for both private and public clients. From preserving historic cities to improving infrastructure, bridge and roadway work to PE dive inspections, industrial builds and everything in between, our regional experts are building a better future.
With a wide range of services spanning from concept to completion, McLaren’s structural engineering group is built on a foundation of technical excellence, cutting-edge capabilities, pragmatic solutions, and a sensitivity for aesthetics.
Offering multidisciplinary consulting, analysis, design, project management, and construction phase support, our expert building engineers enable clients to best meet all project goals while building more efficiently and cost-effectively. With a full range of services for new construction projects to additions, renovations, and historic preservation and everything in between, out team can take you from concept to completion.
McLaren’s mixed use engineering services are helping to redefine urban planning and build communities in Connecticut and nationwide. Moreover, we specialize in bringing residential, commercial, entertainment, retail and hospitality uses into one space.
Our experience and expertise encompasses all aspects of the building life cycle with structural design, inspection and construction phase services.
This L-shaped mixed-use, development features 12 stories of light gage steel framing, supported by a concrete transfer slab atop the 5-story concrete podium.
McLaren’s Connecticut sound stage and studio engineering services integrate the knowledge and skill of a multidisciplinary team to provide custom solutions for the development, fit-out, and reconfiguration of studio facilities around the nation.
Our holistic approach focuses on best serving our clients’ needs throughout every step of the project lifecycle with in-depth services in consultation, planning, design, construction management, inspection, and analysis that specifically addresses acoustics, vibration, and lighting needs to create optimal studio space.
By providing acoustical isolations for the production studio fit-out, WWE was able to expand its television facilities already in place — creating an acoustically isolated box within the building.
Civil engineering plays an integral role in bringing public and private developments to life. From pre-development and due diligence studies to remediation and construction phase, our firm delivers innovative land solutions throughout the entitlement and building process.
Our civil and geotechnical engineers, environmental professionals, and permitting specialists work to develop site plans, land use designs, engineering support, and inspection services for projects of every size, shape, scope, and complexity. In addition to technical expertise, we understand complex regulatory and environmental requirements to ensure project goals are met on time and within budget.
5-acre surface parking lots provide in excess of 500 spaces and was built on top of ground that previously housed a stormwater pond.
Focusing on the safe and efficient movement of people and goods across roadways, our services include investigation of high-crash locations and development of countermeasures for mitigation, design of traffic control device installations and modifications, as well as short-term and long-term traffic flow management plans that estimate impacts of proposed commercial/residential developments on traffic patterns.