I design, build, and test
mechanical systems
I'm a mechanical engineering student at Stanford, and I love building things, from a first sketch in CAD to manufacturing and testing a working part.
I'm most interested in mechanical design and manufacturing for robotic systems and the energy industry.
This summer I worked on a portable dual-axis solar tracker and a 6-DOF robotic arm. I designed the mechanisms and joints, sized parts for their loads, and iterated on 3D-printed prototypes.
Experience
Boeing
Sep 2026 – PresentMechanical design engineer — senior capstone project
Stanford Solar Car
Mar 2025 – PresentVehicle structures, aerodynamics & mechanical design
Stanford Shape Lab
Dec 2023 – PresentHaptics hardware & embedded systems research
Stanford Flight Club (DBF)
Sep 2026 – PresentFuselage structure & mount design for competition aircraft
Bulwark Dynamics
Dec 2025 – Mar 2026Mechanical design & manufacturing — autonomous vessels
Education
B.S. Mechanical Engineering
Stanford University
Dual-Axis Solar Tracker
Portable tracking array with energy-aware power dispatch
6-DOF Robotic Arm with Joystick Controller
Servo-driven arm under real-time joystick control
Stanford Solar Car
Aerodynamic design and structures
Lever Actuated Machine
Mechanism design and structural validation
Rack-and-Pinion Impulse Machine
Motor-driven linear force mechanism — 964 N·s impulse
Spring-Lever Force Machine
Optimized lever-spring mechanism — 200 N over 5 cm
A-Frame Test Fixture
Mass-efficient structural design for compression loading
Ski Pole Buckling
Analytical buckling and physical testing
Wing Test
Lift measurement and low Reynolds analysis
Bench Top Wind Tunnel
Compact tunnel for small scale aero testing
Haptic Wristband
Wearable hardware and real-time haptic feedback
Lancillotto e Bradamante
Hand-fabricated ski poles — turned, cast, milled, threaded
Joystick Snake
Embedded game design on an LED matrix
