●Lead a team of 8 interdisciplinary engineers to design and develop an automated 3D scanning lightbox for SKU registration and R&D testing.●Oversee the implementation of various actuation methods (gear, pulley, etc.) and lead testing of cutting-edge camera technologies (Photoneo, iPhone Photogrammetry) for scanning accuracy within 1 mm and under 5 min●Optimize the design of a transportable lightbox, ensuring cost-efficiency and seamless hardware-software meshing, with a focus on intuitive use for untrained operators, with setup under 3 minutes●Manage timelines, budgets, and biweekly deliverables, manufacturing, and documentation for CEO presentations

●Redesigned the Sunbot robotic fish tail using the Fin Ray effect, achieving an optimal tail thickness of 2.3 mm for walls, which provided maximum angular displacement while maintaining a torque threshold of 1 Nm●Tested different 3 actuation methods and selected brushless motors for superior position control, and acceleration performance, ensuring efficient propulsion for dynamic aquatic tasks and rapid directional changes●Tested torque and displacement on an optical table, developing an all-TPU tail that cut assembly time by 80%●Preparing next testing phase with waterproof electronics and stabilization for realistic agile movement

● Monitor and maintain the maker space at an interdisciplinary hub for design, open to all Berkeley students●Completed special projects submitted by Design Specialists to improve maker space woodshop efficiency●Fabricate, Organize, and Deliver 300+ student projects submitted via Jacobs Project Support System●Assist Maker Pass users with design and equipment questions. Specializing in ULS Laser Cutter & 3D Printer●Co-lead the set design and coordination of the annual MakerFaire Remote Rover Rally Obstacle Course

● Provide FREE workshops, STEM Kits, and Presentations to under-resourced children and students(k-8) on topics within STEM (serving over 80 families)● Presented at Region 9 Head Start Association STEM Summit to promote easy STEM Workshops andEngineering/Design Mindset to early-ed educators● Researched and surveyed the impacts STEM Workshops have on youth and family engagement inlow-income communities. Promoted more STEM engagement at-home, using budget-friendly means●In collaboration with Connected Nations Teens Teach Tech, UCLA, AT&T, and C5LA for workshops and community events●Funded $16,500 from grants and competitions

●Research, tested, and manufactured four skin-like materials designed to adhere to a humanoid exoskeleton●Designed and 3D-printed molds for silicone and foam, using open-pour and injection molding techniques.●Developed interlocking panels (100cm² and 1cm²) with 400 to 25 nibs per panel, 1mm-8mm thicknesses, and thermistor inserts for resistive/capacitive pressure-sensing layers, designed for 0.01N-10N force and 20℉-120℉●Manufactured finger wrap design for resistive flex PCB with shear stress relievers and full bending ability