Research & engineering
Projects
AI-driven design and multiphysics engineering for thermal-fluid and nuclear systems.
Selected research
Static beam dump AI optimization
Genetic algorithms and reinforcement learning for a higher-power static beam dump.
72% higher average power-handling capability than the existing design in simulation.
AI-designed heat exchangers
Reinforcement learning and topology optimization, connected to metal 3D printing and testing.
14.8% higher simulated heat transfer than conventional topology optimization; metal-printed prototype tested.
BiSTO
An AI-driven framework for binary topology optimization.
A detailed overview will be available after publication.
Deep learning surrogate
A deep learning surrogate for rapid thermal analysis of high-heat-flux devices.
A detailed overview will be available after publication.
Additional projects
Thermal-fluid engineering
Liquid-metal & electromagnetic systems
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3D-printable electromagnetic pump
A single-body DC pump concept designed for liquid-metal circulation and metal 3D printing.
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Liquid-lithium charge stripper
Electromagnetic thruster development and experimental characterization of liquid-lithium films.
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Electromagnetic pumps & MHD generators
Liquid-metal circulation for reactors and accelerators, and magnetohydrodynamic power generation.