Engineering
2024
Providence, RI
teensy 4.2, teensy audio shield, C
Working with a friend to design and program a mini synthesizer
DIY Mini Synthesizer Project
Providence, RI
teensy 4.2, teensy audio shield, C
Working with a friend to design and program a mini synthesizer
2023
Breuer Lab, Brown University
baltic birch ply, 3D-printed PLA, vacuum cup mounts
Design and fabrication of a turbulence-generating grid for wind turbine performance testing in a wind tunnel
Fractal turbulence grid for wind turbine performance
Breuer Lab, Brown University
baltic birch ply, 3D-printed PLA, vacuum cup mounts
Design and fabrication of a turbulence-generating grid for wind turbine performance testing in a wind tunnel
2022
LEMS, Brown University
masonite, glass mirrors, projector
Design and fabrication of a small, low-cost persistence-of-vision 3D display as part of an independent study project.
Persistence-of-Vision 3D display
LEMS, Brown University
masonite, glass mirrors, projector
Design and fabrication of a small, low-cost persistence-of-vision 3D display as part of an independent study project.
2022
Organic Robotics Lab, Cornell University
3D-printed resin parts, compressed air, arduino nano, sensors
Fabrication and testing of a earthworm-inspired, soil-swimming robot for agriculutural soil sensing. Developed gait patterns and steering for a worm composed of soft pneumatic actuators
Soft robotic worm for soil-sensing
Organic Robotics Lab, Cornell University
3D-printed resin parts, compressed air, arduino nano, sensors
Fabrication and testing of a earthworm-inspired, soil-swimming robot for agriculutural soil sensing. Developed gait patterns and steering for a worm composed of soft pneumatic actuators
2022
Wilhelmus Lab, Brown University
3D-printed PLA, laser-cut acrylic, arduino, CAD
Worked to design a passively-actuated krill appendage for the Wilhelmus lab as a part of a group project in ENGN1735: Vibrations of Mechanical Systems.
Krill-inspired robotics
Wilhelmus Lab, Brown University
3D-printed PLA, laser-cut acrylic, arduino, CAD
Worked to design a passively-actuated krill appendage for the Wilhelmus lab as a part of a group project in ENGN1735: Vibrations of Mechanical Systems.
2021
Breuer Lab, Brown University
3D-printed resin parts, metal hardware, pink foam, stepper motors
Assistance in fabrication and assembly of a bat-inspired flapping-wing robot with PhD student, Xiaozhou Fan. Conducted wind tunnel testing, designed and sculpted a pink foam streamline body.
Bat-inspired flapping-wing robot
Breuer Lab, Brown University
3D-printed resin parts, metal hardware, pink foam, stepper motors
Assistance in fabrication and assembly of a bat-inspired flapping-wing robot with PhD student, Xiaozhou Fan. Conducted wind tunnel testing, designed and sculpted a pink foam streamline body.