Coastal Engineering

Highlights

  • Geology & Engineering Geology

  • Seawall Design

  • Permit Facilitation

  • Coastal Bluff Retreat 

  • Slope Stability Evaluation & Recommended Stabilization Measures

  • Coastal Bluff Stability & Mitigation

GeoSoils, Inc. offers a comprehensive range of coastal engineering services, leveraging our extensive experience in analyzing shoreline and bluff erosion to design and implement effective shore protection devices. Our expertise encompasses the design, permitting, and construction of cantilever and tie-back walls, ensuring resilient solutions tailored to specific coastal challenges.

Our portfolio highlights significant projects such as bluff erosion analyses conducted in Encinitas and Solana Beach, along with levee engineering and shore protection designs that include coastal boardwalk projects in Pacifica and Honduras. Additionally, we have executed numerous seawall projects throughout Southern California and Mexico, adapting our strategies to meet the unique characteristics of each locale.

We are dedicated to addressing coastal hazards through rigorous analyses, including assessments of wave runup, wave force, and tsunami risks, which are critical for ensuring the safety and viability of coastal development. Our recent work features the design of marinas, piers, and specialized pile foundations for oceanfront homes, alongside ocean outfall and intake projects, demonstrating our capability in diverse coastal environments.

GeoSoils, Inc. guides clients through all phases of coastal development, beginning with initial project feasibility studies, progressing to preliminary design and cost estimation, and advancing to detailed final design. Our services continue through construction observation and conclude with ongoing monitoring and maintenance to ensure long-term project success. Furthermore, we provide expert witness and consulting services for litigation related to coastal processes, offering our clients authoritative insights grounded in industry best practices.