2021 - 2024
Description
• Master’s Thesis: Applying the Finite Element Method to the Design and Simulation Analysis of Infrared Thermal Imaging Device
– Developed an infrared thermal imaging device and performed FEA for structural optimization. Addressed convergence challenges by refining the model geometry and analysis parameters, ensuring accurate simulation results.
– Optimized the device structure to reduce equivalent stress by 28% and increase the safety factor by 37%, significantly improving structural strength and safety.
• Teaching Assistant: Created instructional videos and practical examples, effectively teaching over 40 engineering students.
• MOST Research Grant Program: Development of infrared thermal imaging equipment applied to animal
monitoring
– Designed infrared thermal devices for animal husbandry, including initial 3D modeling and system integration.
– Authored technical proposals and research documentation, securing project approval from the Ministry of Science and Technology.
• Military Collaboration:
– Upgraded analog thermal imaging modules to digital, enhancing image resolution and operational stability.
• TSMC Collaboration:
– Constructed 3D models and internal layouts for a CO- generation control system, improving integration efficiency.
• Biotech Collaboration:
– Led a 5-member team to develop an PCR reagent automation module, providing mechanical design expertise and workflow optimization.