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"Engineer Creating Smarter Systems with Materials, AI, and Manufacturing"

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Materials Intelligence for Energy and Mobility

I investigate how material properties and energy system dynamics influence efficiency, reliability, and adaptability. My work integrates experimental studies with manufacturing processes to develop material-driven strategies for robust and scalable technologies in energy storage, fuel cells, and mobility systems.

Physics-Informed Design of Intelligent Systems

By combining physics-informed modeling with AI-assisted analysis, I aim to create adaptive frameworks that link perception, computation, and manufacturing. This approach enhances the design of next-generation intelligent systems, bridging materials science, robotics, and sustainable energy technologies.

Engineering Skills

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Mehanical Design

Electrical Design

Computer Skills

Manufacturing

Simulation Software

Control System

Experiment Equipment

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