Corey Chiang

• Background in electrical engineering, communication systems, and programming implementation
• Experience in an MR-based robotic arm operation interface prototype project
• Familiar with system architecture analysis, functional testing, and problem-solving processes

TOEIC

I am currently pursuing a master’s degree in Electrical Engineering at National Chung Hsing University, with a background in electrical engineering, communication systems, and programming implementation. During my studies, I have taken courses such as Signals and Systems, Data Structures, Image Processing, Digital Communications, and Generative AI, which helped me develop engineering analysis, logical thinking, and programming skills.

My current research training is related to integrated sensing and communication and RHS-based system modeling. Through this research direction, I focus on understanding system architecture, signal transmission, parameter constraints, and performance metrics. This training helps me approach complex engineering problems by first breaking down the system structure and then analyzing key factors and constraints.

For my undergraduate project, I participated in an MR-based robotic arm operation interface prototype system. In this project, I used Blender to build a six-axis robotic arm model, configured joint rotation and control logic in Unity, and used MRTK to develop the operation interface and interaction functions. This project allowed me to gain experience in system integration, functional testing, troubleshooting, and interface planning. It also helped me understand that an engineering system requires step-by-step verification from system architecture and module functions to testing procedures.

I hope to gain practical industry experience through a summer internship and apply my background in mathematical analysis, model simulation, and system integration to real engineering problems. I am also eager to learn more about parameter monitoring, stability improvement, and engineering problem analysis in practical industrial environments, while continuing to strengthen my hands-on engineering abilities.

MR-Based Robotic Arm Operation Interface Prototype System

- Built a six-axis robotic arm model using Blender and imported it into Unity.
- Configured joint rotation, control logic, and interaction functions in Unity.
- Developed an MR operation interface using MRTK, including control buttons, speed adjustment, dragging, scaling, and object interaction.
- Gained experience in system integration, functional testing, troubleshooting, and interface planning.