Utilize AutoCAD and Navisworks to review high-purity piping layouts, performing clash detection and spatial analysis to ensure seamless integration for TSMC’s advanced semiconductor (Fab21).

Support the execution of critical system pressure tests and leak detection on highly corrosive/reactive lines (PP, PVC, PFA) to validate pipeline integrity in advanced cleanroom environments.

Orchestrating pipeline routing and installation sequences for high-precision fluid systems, applying Lean construction principles to expedite timelines without compromising ultra-high-purity (UHP) standards.  

Serve as the primary bilingual (Mandarin/English) technical liaison between international HookUp engineering teams, TSMC personnel, and local Safety/QC departments to reconcile site-specific constraints with core design concepts.

Compile daily engineering reports, coordinate Audit Reports (AR), and manage heavy equipment vendor inspections, maintaining the Control Table as a reliable source of truth for project management.

Worked closely with Richard Kilburn in Dr. Vashan Wright's lab at Scripps Tectono Rock Physics Lab (STRPL) to characterize the mechanical behavior of granular materials by developing and validating physics-based models against experimental data, contributing to research slated for peer-reviewed publication.

Performed quantitative analysis of component microstructures using non-destructive imaging data (micro-CT), developing custom ImageJ algorithms with Macros that automated the extraction of key geometric parameters.

Owned the end-to-end development of novel experimental hardware, designing in SolidWorks and fabricating a precision anti-vibration table and a controlled environment curing chamber that enabled high-fidelity material property measurements.

Performed sample scanning using micro-CT at the Advanced Light Source (Lawrence Berkeley National Laboratory) to analyze material properties and composition, contributing to the characterization of rock samples.

Applied Hertz-Mindlin's rock physics model to predict seismic velocities based on grain-scale parameters, identifying discrepancies and proposing modifications to improve model accuracy.

Enhanced student comprehension in core programming concepts by tutoring individuals and groups in C++ and Java, leading to improved project outcomes and grades.

Assisted students in developing course projects, including an Android slot machine game, by guiding problem-solving, debugging, and code optimization.

Worked closely with Professor Shin Liu to develop sample programs and instructional materials, resulting in increased code output and improved student understanding.

Provided technical support to students by troubleshooting IDE issues, debugging code, and resolving system configuration problems on school computers.

Collaborated with colleagues in various tasks in customer service, cleaning duty, inventory check, and sorting shipments into multiple categories. 

In charge of a specific section to organize items/products. 

Output daily store sales, and merchandise orders after the store closes to the headquarters.