Chun-Wei Hsu

• Deployed and troubleshot AGF systems for overseas projects, providing on-site customer training and support • Monitored and documented AGF operational status, summarized project progress, and delivered regular reports • Coordinated project schedules and customer communications, supporting smooth project execution • Managed project documentation, after-sales maintenance, and continuous feedback collection

• Apply random forest and NMF machine learning algorithms to identify top disease-causing genes and subtypes. • Construct batch correction pipeline to account for tissue structural variation with RUV4 normalization method. • Conduct IF image validation and data analysis for spatial transcriptomic data in R and Python. • Collaborate with a local hospital and Duke University to identify key breast cancer recurrence factors. • Present key findings to a multi-disciplinary team, translating complex data into biological interpretations

• Improved genetic risk assessment accuracy by 53% through updated research on 37 diseases and medications. • Corrected demographic-driven errors by adjusting 60 genetic risk factors, enhancing specificity by 15%. • Evaluated pharmacogenetic panel for clinical relevance and coverage gaps to facilitate the integration procedure • Programmed a genetic risk report tracking system using Google Scripts to ensure timely delivery.

• Co-inventor on patent (App. No. 18/913,378), titled “In-Plane Tissue Stretching System and Method”, leading design, 3D printing, prototype testing, and system validation. • Modeled a cost-effective precision tissue-stretching platform using SolidWorks, saving over $10k in equipment cost. • Developed Arduino code for precise control in tissue stretching system with optimized strain rate for 3D cell culture. • Performed cyclic voltammetry and EIS analysis to validate the quality of self-clearing sensors.

• Taught two sections of Electrical Engineering Fundamentals II laboratories (ECE20008) • Presented insights and industry applications of the weekly lab tasks • Guiding students to perform circuit debugging, lab measurements, and correct deliverables

• Rapidly learned different tasks of a facility that offer various food in different sections to assimilate into needed job function in different areas • Communicated effectively with both customers and colleagues to ensure customer satisfaction and efficient cooperation • Executed an organized time management to ensure the work and study balance