●Coordinated and facilitated "Engineering In Your Future" (EIYF) summer residential program●Maintained inventory and assembled 10+ items into cohesive bags for all 200+ participants●Engaged with a total of 200+ cohort members and peer mentors to build a supportive network●Designed and implemented 5+ workshops and activities aimed at familiarizing students with campus

● Established 3 overarching goals to facilitate smooth project execution and achieve key objectives● Monitored deadlines closely, collaborating with 10+ sub-team leads to ensure on-time project delivery● Managed project timelines by developing an Integrated Master Schedule using MS Project software, coordinating activities across 3 teams

●Designed and implemented a mechanical fixture that improved testing quality in the lab, reducing testing time by 20%●Identified opportunities for enhancing aluminum and carbon bike parts●Acquired in-depth knowledge of bicycle components

●Assisted student teams with transforming startup ideas into reality by iterating and improving designs ●Educated over 200+ students on prototyping tools, including 3D printing, laser cutting and Arduino

● Understand the fundamentals of kinematics design in motorsport engineering and suspension systems● Refined suspension design by performing finite element analysis (FEA) on Solidworks and reduced overall weight by 10% on mechanical designed parts● Modeled suspension CAD by designing and assembling 200 + components in Solidworks● Communicated with a group of 20 sub-team leads to optimize vehicle performance and collaborated with faculties and industries to compete in Formula SAE Competition 2022

● Advised 2 groups of 30 first year students and gained experience in communicating with advisors and peers to create a welcoming environment by anticipating, planning and preparing for campus events in a timely manner.● Facilitated social interactions and engaged students by planning social events tailored to students’ interests● Collaborated with facilitators to support first-year students in their transition to UC Davis and College of Engineering by sharing 30+ resources throughout the academic year

● Familiarized with concepts of precision engineering in fiber optics measurements and applied Lean Six Sigma to improve productivity by 150 % and reduce operation variance by 25%● Qualified 2 high precision measurement systems by performing Gauge R&R analysis using Minitab to reduce overall cost by 20% under the collaboration of supervisor, mentors and colleagues● Improved measuring efficiency by saving 200+ hours annually on 10,000+ measurements

• Hosted Virtual STEM events in partnership with Microsoft Teams for over 20 weeks.• Developed 12 lesson plans to educate elementary kids on Biology, Chemistry, and Engineering• Designed 20+ graphic visualizations to enhance weekly hands-on curriculum • Mentored over 15 elementary students through a 5 week STEM camp in Davis, CA.