Services
FlowWest is a team of scientists, engineers, and technology experts dedicated to solving complex environmental challenges. We combine data-driven insights, innovative tools, and practical solutions to help clients manage natural resources and build sustainable ecosystems.
River & Floodplain Restoration
We specialize in navigating the complexities of ecosystems to provide sustainable and resilient solutions. Whether it’s restoring habitats, mitigating flood risks, or enhancing environmental planning, we turn challenges into opportunities.


Data Science
We make data work for you. Whether it’s through predictive analytics or machine learning, we turn numbers into meaningful insights to help you make better, more informed decisions.


Software Development
We develop tailored software and data solutions designed specifically for environmental challenges. Whether you’re looking for a user-friendly app, interactive modeling platforms, or scalable data systems, we create technology that empowers better resource management and ecosystem resilience.



Ecological Engineering
At FlowWest we focus on everything from restoring waterways to rebuilding habitats, making sure we create a healthy balance between nature and people for stronger, more sustainable ecosystems in the future.

Environmental Planning
FlowWest successfully obtains CEQA/NEPA compliance and permits for a wide range of projects, including river restoration, flood management, water-based recreation, and multi-benefit solutions that include all three. Our documents are tailored to client needs and benefit from FlowWest’s relationships with regulators and experience navigating permitting processes that save our clients’ time and money.


Coastal and Estuarine
The FlowWest team brings more than 25 years of experience leading engineering and modeling studies in coastal and estuarine systems. This work includes sea level rise modeling, tidal wetland restoration, and the application of 3D hydrodynamic, wave, salinity, temperature, sediment transport, and morphologic models in large estuarine systems including San Francisco Bay and the Chesapeake Bay.