Our mission is to enhance quality of life, experience, property & infrastructure by providing responsive solutions where water meets land.

 

RACE expertise embraces modern coastal engineering practices that are supported by a broad range of engineering disciplines including geotechnical and structural engineering as well as regulatory expertise.  Our full-range of professional services include:  coastal engineering, shoreline restoration and protection, inspections and rehabilitation of existing structures, design and planning of new marine structures, environmental permitting, hydrographic surveys, dredging planning and design, and marine construction administration.

CONTACT

RACE Coastal Engineering
611 Access Road

Stratford, CT  06615
Phone: 203.377.0663

Fax: 203.375.6561

Copyright ©2019 RACE Coastal Engineering, LLC  All Rights Reserved.

2019 American Council of Engineering Companies (ACEC)

Connecticut Engineering Excellence Award

Project Name:

Fort Nathan Hale Pier

New Haven, CT

Hale Pier was closed to the public after Superstorm Sandy destroyed it in 2012. The Connecticut Department of Energy & Environmental Protection deemed the structure a hazard and funding was secured to restore it. The City of New Haven contracted RACE Coastal Engineering to design a new, storm resilient fishing pier accessible to all visitors.

RACE’s coastal engineers performed specialized wave and wind modeling to determine site specific parameters of the 100-year storm, and in turn, developed hydrodynamic load conditions on the pier’s structural elements. In addition to designing the pier for sustainability and storm resilience, RACE designed the pier with social responsibility in mind. The Hale Pier had been a City landmark and neighborhood treasure for decades.

The octagonal gathering area at the southern end of the pier is unlike any other pier in Connecticut. This unique feature presented design and construction challenges, but was embraced by the Design Team, City of New Haven and environmental regulators as a means to allow greater access to the deeper water for fishing, more ADA-accessible guardrail locations, and a space for public programming such as environmental education classes as well as general enjoyment of New Haven Harbor and Long Island Sound.

2017 American Council of Engineering Companies (ACEC)

50th Anniversary Engineering Excellence Awards

National Recognition Award 

Connecticut Engineering Excellence Award

Project Name:

Steelpointe Harbor Waterfront Improvement Project

Bridgeport Harbor, Bridgeport, CT

This 1,500 foot long bulkhead project was designed to follow the curvature of the new development at Steelpointe in addition to reviving waterfront access in the Bridgeport community. RACE, along with partner GeoDesign, was honored by ACEC with the National Recognition Award and the ACEC Connecticut Chapter Engineering Excellence Award for their innovative design.

 

The project will help convert the 52-acre vacant peninsula, long-inaccessible and underutilized waterfront, into a new 2.8 million sq. ft. urban mixed-use development which will bring jobs, housing, office space, lodging, and entertainment to the waterfront area.

www.racecoastal.com/bulkhead-replacement

2017 New York City Hall 34th Annual Design Awards

Special Recognition Award

Project Name:

Tottenville, Shoreline Protection

Staten Island, New York

The Tottenville Shoreline Protection project in Staten Island, NY received a Special Recognition Award from New York Mayor, Bill de Blasio, as part of the New York City’s Design Commission’s 34th Annual program. The design of the project is a multi-tier strategy for coastal and social resilience including risk reduction through raising the shoreline and ecological enrichment through green infrastructure.

 

RACE, as a sub-consultant to Stantec, provided coastal engineering analysis, preliminary level design and cost estimates for dune and revetment protection for the 7,600 linear foot Tottenville section of the southern shoreline of Staten Island, NY. RACE determined beach response to waves for the storms of interest and prepared design of a hybrid sand dune system with rock core, “eco-revetment” and earthen berm protection structures.

2015 Connecticut Society of Civil Engineers (CSCE)

8th Annual Achievement in Civil Engineering (ACE) Awards

Structural ACE Award of Merit

Project Name:

Water Transportation Infrastructure Project, Pleasure Beach Park 

Bridgeport Harbor, Bridgeport, CT

The restoration project of the 750’ long historic pier damaged by Hurricane Irene and Super Storm Sandy at Pleasure Beach Island in Bridgeport Harbor, was recognized with an Achievement in Civil Engineering Award (ACE) by CSCE. RACE led the engineering effort to bring the island back to life after being closed for nearly 20 years after a fire destroyed the swing span bridge rendering the island inaccessible.  RACE earned the Structural ACE Award of Merit for redesigning the celebrated pier and adding a water-taxi launch and wave attenuator to regain public access and enjoyment.

The project was administered by the Connecticut State Department of Transportation and the City of Bridgeport, Engineering Department.  

RACE resident engineers oversaw the construction. After many attempts at redevelopment of the island by the city and numerous developers, the island was at last reopened to the public on June 28, 2014 and welcomed over 25,000 visitors in its first season.

2014 Connecticut Society of Civil Engineers (CSCE)

7th Annual Achievement in Civil Engineering (ACE) Awards

Sustainability ACE Award

Construction Award of Merit

Project Name:

Island Beach Rehabilitation Project

Greenwich Harbor, Greenwich, CT

As a first-time entrant in 2014, RACE was presented with two Achievement in Civil Engineering (ACE) awards by CSCE: the Sustainability ACE Award and the Construction Award of Merit for the successful rehabilitation of Little Captain Island, commonly known as Island Beach. The island park is located nearly 2 miles off Greenwich Harbor and its infrastructure was devastated on October 30, 2012 by Super Storm Sandy. 

 

The storm’s impact caused seawalls to topple, the concrete pier to buckle, and snapped and shredded the timber pier, while the beaches were severely eroded. To maximize the use of resources, RACE reused, re-purposed and reclaimed project materials such as concrete from the damaged pier structure and completed the project in time for the summer season, just 6 months after Sandy.

Awards