Volunteer in building a 3D metal additive manufacturing electrical control system, enabling smooth X, Y, and Z-axis movement of a robotic arm in collaboration.

Microcontroller programming and touch panel technology.

Successfully completed a specialized research seminar on Robotic Sensors led by Professor Cameron Riviere. The course focused on key sensing technologies in robotics, covering optical and imaging sensors, inertial sensors, GPS, range, and force sensing. I gained hands-on insights into noise reduction techniques, interferometry, and phase-sensitive detection. This program also enhanced my research skills, writing proficiency, and intercultural communication, preparing me for future academic and professional challenges in the robotics and automation fields.