- Directed the design, manufacturing, and assembly of 100-pound industrial-sized robots for a team of 30- Orchestrated weekly mechanical plans delineating meeting tasks, build strategy, schedules, and attendees- Drove robot at regional competitions, winning the Industrial Design Award and becoming the youngest Regional Finalists alongside two world champion

- Spearheaded CAD team to design 3 robots in Onshape- Acted as a medium between robot design and manufacturing, creating AI-optimized CNC layouts using Deepnest and generate CAM G-codes using Fusion 360

- One of three operation leads heavily involved with the back-end logistics of our team, working to maximize team efficiency and ensure the team runs smoothly

- One of 20 students admitted to UC Davis COSMOS C1 to study Quantum Mechanics and Applications to Nanontechnology- Built a Scanning Tunneling Microscope to atomically image graphene by creating quantum tunneling currents- Developed skills with Arduinos, Teensy processors, oscilloscopes, and pulse generators- Modeled the spreading of electrons and electron probability densities in C

- Researching the quantum physics field, specifically, implementing Hartree-Fock in code to solve Schrödinger equation and approximate the ground state energy of the Lithium, Boron, Carbon, and Nitrogen atoms

- Instructed LEGO EV3 Robotics, Python, and Python with Minecraft classes to elementary and middle school students- Restructured Python-Minecraft course setup to create more stable programming environments