• Prototyping modular eyewear in Onshape, designed to house a high-density sensor suite (ESP32, accelerometer, and camera) while maintaining a lightweight, ergonomic form factor for accessibility users.

• Designing snap-fit modular housings and adjustable interfaces to allow for quick sensor swaps and iterative testing without needing a full-frame redesign.

• Developing a 2-DOF spherical quaternion joint utilizing servos and gear transmission to achieve fluid, wide-range rotation while prioritizing mechanical reliability.

• Designed and prototyped a bevel-gear based 2-DOF wrist mechanism in SolidWorks to simulate biomimetic rotation.

• Integrated electronic hardware into the CAD model, optimizing spatial efficiency and component interference.

Breaking a world record!

• Coordinated nationwide outreach efforts by serving as the primary point of contact for faculty and student organizations for 40+ universities to drive StarkHacks' awareness and participation.

• Facilitated sponsorship efforts via research and outreach.

• Managed $60K team budget, overseeing financial operations, income tracking, and expense planning.

• Led a 150+ member robotics team to oversee operations and contribute to building efforts.

• Directed 8+ outreach programs delivering hands-on, STEM workshops to 1.3K+ students, K-12, in underrepresented groups in STEM across Taiwan, France, and the U.S.

• Founded, designed, tested, and distributed a <$5 robot STEM kit program, a DIY toy car, for underserved youth across 2+ U.S. states.

• Developed sponsor relations and partnerships with 8+ organizations, such as Apple, Johnson & Johnson Medtech, and Gene Haas, to support the team and outreach.

• Presented at 7+ global demos/events (France & U.S.) including Sensors Converge and Robonanza.

• Co-directed monthly marketing strategy, reaching 1K+ people through digital outreach.

• Led the design and assembly of a 2-stage climbing mechanism, a telescoping arm, capable of scaling a horizontal metallic chain while carrying over 100+ pounds of weight.

• Machined and 3D-printed custom components, ensuring fit, strength, and performance through testing.

• Developed CAD models via Onshape in collaboration with existing mechanical and electrical subsystems.