Innovation Engineered.®
Innovation Engineered.®Pioneering innovative coastal and river engineering solutions, one shoreline at a time.
Climate Change Engineered.®
Climate Change Engineered.®A science-based engineering approach to climate change risk assessment, adaptation and mitigation for future resilience.
Introduction to Baird
Introduction to BairdWith over 40 years of engineering experience, we design creative solutions and deliver proven results: where water meets land.
Our combined expertise and time-tested methodologies have been sought around the globe, by some of the world’s most prominent companies for some of the most challenging projects.
- From planning to science, and design to construction, Baird connects people to the environment and clients to solutions.
- Ports, Terminals & Vessel Operations
- Coastal & Marine Structures
- Waterfronts, Marinas & Resorts
- Coastal & River Environmental
- Shoreline & Coastal Restoration
- Hazards, Risk & Resilience
- Metocean Studies & Offshore Renewable Energy
News & Events
-
Canadian Offshore Wind and Marine Renewable ServicesDecember 1, 2023Please see attached our OSW Services flat sheet.Read More
-
Fixed and Floating Offshore Wind ServicesNovember 22, 2022Please see attached our OSW Services flat sheetRead More
-
Welcoming Jim Lewis to Baird & AssociatesOctober 21, 2022Please join us in welcoming Jim Lewis as a new employee of Baird & Associates.Read More
Explore Our Case Studies
See what we can do for you.
Keta Sea Defense Project, Great Lakes Dredge and Dock
Republic of Ghana, West Africa
To develop a permanent solution to the shoreline erosion threatening the community, a $100-million project to protect existing homes, infrastructure, and the environmentally sensitive area was executed by Baird.
Arica Breakwater
Arica, Chile
Baird was asked by Terminal Puerto Arica to assess the condition of the breakwater of the port. The main breakwater was built in the early sixties using 16-ton tetrapods. Due to damage observed during the monitoring program, the elbow of the breakwater was repaired using 5.0 m3 CoreLoc units. A program of annual monitoring has been undertaken since the repair took place in 2007.