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Intelligence for Smarter Engineering Systems

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Foundations in Energy & Mobility Systems

My academic and technical foundation is rooted in the analysis of physical systems in energy devices, mobility platforms, and manufacturing processes. Through data-driven modeling and system-level design, I have explored how material behavior, system dynamics, and sensor data influence performance, reliability, and scalability. This background in physics-based engineering provides a strong foundation for understanding complex, real-world systems and developing robust computational frameworks.

Human-Centered Intelligent Systems

I am now expanding my research focus toward human–computer interaction and brain-inspired engineering, where intelligence emerges from the interaction between humans, machines, and physical systems. My interests include neural signal interpretation, human-centered system design, and the development of adaptive, interpretable intelligent technologies. By bridging engineering systems with human perception and cognition, I aim to contribute to the next generation of intelligent, human-centered technologies.

Engineering Skills

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Mehanical Design

Electrical Design

Computer Skills

Manufacturing

Simulation Software

Control System

Experiment Equipment

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