Designing groins, seawalls, and breakwaters that work with — not against — natural systems.
From groins and seawalls to breakwaters and revetments, we design coastal structures that protect shorelines while respecting natural processes. Advanced modeling and deep knowledge of coastal dynamics ensure durable, environmentally sensitive solutions built for long-term performance.
We integrate applied research, numerical modeling, and field experience to develop durable designs that work with each site's wave climate and sediment system. From assessment through construction and monitoring, every project is engineered for measurable performance and long-term stability.
We evaluate shoreline dynamics, storm exposure, structural history, and subsurface conditions to quantify vulnerability. Detailed data collection and analysis establish the level of protection required and define measurable project objectives.
Multiple structural concepts are evaluated against site conditions, wave energy, and long-term shoreline behavior. Numerical modeling and engineering analysis confirm feasibility, durability, and cost-effectiveness before moving forward.
The selected alternative is developed into construction-ready plans, including structural details, foundation design, material specifications, and phased implementation strategies. Designs are optimized for performance, ease of construction, and long-term cost effectiveness.
We guide the project through regulatory review while preparing bid documents and coordinating contractors. During construction, field oversight and quality assurance ensure the structure is built safely, efficiently, and to specification.
Post-construction inspections, surveys, and evaluations confirm structural integrity and shoreline response. Monitoring data informs maintenance planning and adaptive management strategies to extend service life and maintain long-term effectiveness.
Discover our comprehensive suite of coastal engineering services designed to protect and preserve shorelines.