Operate and program CNC mills to fabricate custom components, including a chuck stop with magnetic inserts for lathe applications and replacement set screws, supporting active faculty and graduate research projects.

Repair and calibrate shop machinery such as a legacy 3D printer and tram mills to ensure precision.

Maintain a safe and efficient workspace: mix and replace coolant, clean machinery, and organize tools and materials.

Advise researchers and graduate students on design-for-manufacturing principles and best machining practices.

Lead design reviews for Differential Sprocket Adapter with FEA simulations & FoS analysis.

Design for manufacturing & minimizing weight, offering a 33% reduction from previous designs.

Collaborate with Chassis team to verify drivetrain integration aligns with packaging and load path requirements.

Program and operate CNC mill to machine precision components, adhering to 0.001” tolerances.

Directed design and fabrication for FRC competition robots.

Built and taught CAD/design curriculum; trained 30+ new members, growing team from 5 members to 60+ currently.

Drove team’s leap in ranking from 13th percentile to 92nd percentile worldwide, achieving 3 finalist placements in 2025 competitions and competing in World Championships.

Independently developed a hexapod robot under Kevin Shaw, Ph.D., implementing Python-based inverse kinematics and I2C-controlled servos to coordinate 18-DOF leg motion and evaluate repeatable tripod gait patterns.

Varsity starting outside hitter (10–12) and Frosh team captain (9); mentored younger players by teaching fundamentals and fostering team spirit.

Club captain at Red Rock Volleyball (18s).

Co-led JSHS Beach Volleyball Club, growing it to 100+ members and organizing practices and cross-school collaboration.