A3GEO-CE&G JOINT VENTURE

A3GEO-CE&G Joint Venture specializes in civil engineering services focused on flood risk management and infrastructure design, with demonstrated expertise in hydraulic modeling, riverine system analysis, and engineered flood control solutions. Their work on the Pajaro River Flood Risk Management Project reflects deep proficiency in levee and channel design, watershed-scale hydrologic analysis, and compliance with federal floodplain management standards. The team applies advanced geospatial analysis, topographic survey integration, and hydraulic simulation tools to support resilient infrastructure planning, particularly in complex coastal and alluvial environments. Their technical approach emphasizes risk-based design, sediment transport modeling, and coordination with environmental regulatory frameworks to deliver durable, ecologically informed solutions. The contractor has delivered engineering services to the Department of Defense, indicating experience supporting military installation resilience and infrastructure projects aligned with DoD’s climate adaptation priorities. Their work suggests close collaboration with Army Corps of Engineers civil works programs, particularly in non-structural flood risk reduction and ecosystem restoration initiatives tied to defense-related water resources. Their primary focus is on NAICS 541330 — engineering services — which in practice means they provide design, analysis, and technical oversight for public works projects requiring hydrologic and hydraulic engineering. They specialize in river restoration, floodplain management, and infrastructure protection in high-hazard zones, positioning themselves as a niche provider for federally funded water resource projects requiring precise engineering rigor. A3GEO-CE&G Joint Venture operates as a two-entity joint venture based in Berkeley, California, with no federal certifications on record. Their geographic presence in Northern California aligns with active federal water infrastructure programs in the Pacific Southwest, and their structure suggests a focused, project-driven delivery model tailored to complex public works contracts. They serve as a specialized engineering provider within the federal civil works market, leveraging regional expertise in California’s dynamic hydrologic systems.