Simulation software development and integration
Design and implementation of custom simulation tools, models, and workflows.
[ Simulating things in the ocean ]
Open-source simulation for offshore energy systems, funded by the U.S. Department of Energy and developed with NLR and UW–Madison.
When a floating body oscillates in water, it radiates waves. Radiation damping is fundamental to how wave energy converters capture power.
First principles of wave energy — the physics that drives wave energy converters.
I develop simulation tools, models, and workflows for offshore energy systems.
My work focuses on understanding and predicting system behaviour under real operating conditions, so teams can evaluate performance and reduce risk before deployment.
I’m currently collaborating with the U.S. National Lab of the Rockies (NLR) on Project SEA-Stack — an open-source simulation platform for marine energy systems.
For simulation software, modelling, and technical assessment, view services or read bio.
I work with teams across industry, academia, and government on simulation, modelling, and technical assessment of offshore energy systems.
Design and implementation of custom simulation tools, models, and workflows.
Performance evaluation, design exploration, and system-level analysis under realistic conditions.
Independent assessment of models, assumptions, and system designs.
Working on offshore energy systems? Get in touch
Working on offshore energy systems? Get in touch
Email: hello [at] simocean [dot] xyz