- Led development of an electromechanical subsystem for Powered Tent, ensuring seamless integration with product architecture- Collaborated with engineers, industrial designers, and product managers to drive user-centered design process- Defined detailed engineering requirements by synthesizing user needs, technical calculations, market analysis, and cost sensitivity- Created 3D CAD models in Catia for A-surface development and fabricated physical prototypes for proof of concept testing- Drove cost-effective decision making by performing cost analyses in aPriori for various manufacturing processes and materials

- Instructed ENG 100: Engineering Orientation, a course designed for first-year mechanical engineering students, covering essential topics such as engineering ethics, campus academic resources, and the human-centered design process- Graded assignments, assessing adherence to course standards and providing constructive feedback for student improvement- Participated in weekly ELA team meetings to plan and assess course material, ensuring content meets the evolving student needs

- Drafted and reviewed mechanical layout and detail AutoCAD drawings to accurately represent installation at e-commerce distribution sites before final handover, expediting turnover timeline by 2+ weeks- Conducted commissioning of 3+ types of conveyors on site, identifying installation issues to forecast potential testing failures and ensure high project install quality- Audited and replaced conveyor motor modules and control cards at distribution sites, reducing installation costs

- Prototyped various surgical tack designs for sacrocolpopexy (correction of pelvic organ prolapse) on Fusion 360, aiming to reduce surgical procedure cost, difficulty, and duration by 30-50%- Developed and 3D printed testing support components such as motor holder and tack-motor attachment on Fusion 360 using Geometric Dimensioning and Tolerancing principles (GD&T) - Revamped experimental design and set-up with C++ Arduino code and motor / motor driver circuiting to produce more consistent data and better characterize impact forces

- Built omni-wheeled writing robot that transcribes input word to showcase to peers and Engineering Open House visitors- Designed and prototyped robot chassis and wheel hub on Fusion 360, using Geometric Dimensioning & Tolerancing principles (GD&T) in part design