- Spearheading the planning and organization of a college-wide 2-day hackathon, leading a committee of 20+ students with weekly meetings- Oversees all event logistics, including maintaining a budget of $10,000, scheduling various pre-hack events and workshops, and ensuring clear communication amongst committee members- Collaborates with various tech companies and professors to manage sponsorships and workshops, organize judging panels, and scheduling other social and networking events

- Supervises an on-board of 25+ students amongst 9 committees, ensuring efficient planning and execution of events while advocating for Taiwanese culture- Facilitates strategic advising regarding event planning, fostering collaboration amongst committee members to optimize general-body engagement- Manages and organizes club inventory, monitoring spreadsheet tracking and efficient use of resources while strategically maintaining a budget to maximize profits and effective allocation of funds

- Oversees front desk operations for the UVA music department to ensure efficient daily functions including practice room booking, room check-ins and check-outs, and further administrative tasks- Maintains room scheduling by monitoring the scheduling calendar to optimize department operations- Efficiently communicates responses to inquiries from students, faculty, or visitors regarding the building and any possible scheduling requests

- Tutored native young Taiwanese students basic English focusing on basic conversational fluency while developing customized lesson plans to meet individual student needs- Collaborated with students’ guardians to communicate routine progress updates and effectively accommodate to teaching preferences or adjust learning strategies

- Developed a custom MATLAB GUI to calculate various gear ratios and velocities based off different gear tooth configurations- Designed a precise 3D model of the gear system using AutoCAD, producing comprehensive engineering drawings anddocumentation for a final report- Collaborated with graduate students on research into Ferguson’s gear paradox, focusing on its operational and engineering implications on gear system design

- Contributed to the development of rapid-testing disease detection devices by researching antigen concentration from electric voltages using microfluidic devices- Fabricated microfluidic devices and employed immunosensing techniques with microscope images to analyze the movement and levels of antigens while enhancing detection efficiency- Optimized experimental procedures and testing protocols by conducting in-depth literature reviews and summaries on microfluidics and biosensing mechanisms- Improved reproducibility and resolved experimental errors by replicating and analyzing prior experiments, testing varying voltage levels for comparative analysis