Other Projects
Additional robotics, mechanical design, manufacturing research, and validation projects—from concept through fabrication and testing.
A versatile fighter that won 2nd place in 1v1 competition and scored numerous fully autonomous kills in 3v3 competition.
A balanced design equipped with an experimental suspension-swerve drive and a powerful main gun with a firing rate of up to 22 Hz.
A lethal sniper armed with an accurate large-caliber gun that fires golf balls at 15 m/s, reinforced by a balancing mechanism that consumes no power to hold any aiming angle.
Received President's Undergraduate Research Award for introducing a new specimen geometry for tube-extrusion material testing and designed a fixture capable of applying both torsional and axial loads.
Validated the design through FEA and cold testing using machined stainless-steel weights and hand-soldered strain gauges.
Analyzed argon and compressed-air consumption across the facility in late 2024 to support work-schedule improvements.
An 85% 3D-printed combat robot featuring high modularity, low cost, and balanced performance.
An experimental design featuring a suspension-mecanum chassis and a curved telescopic pitch mechanism.
Developed a fully autonomous underwater vehicle capable of maneuvering and performing manipulation tasks.
Founded a team for my high school and built a competition robot from the ground up.
The first and only robot in the class to use a scissor arm to launch its end effector along a long-range parabolic trajectory.
Took over the robot from previous team members and implemented a series of mechanical modifications.
Designed a collapsible four-bar ball-intake mechanism and managed the robot wiring.
An original, independently developed design that could run continuously for 10 seconds.
An automatic irrigation system that monitors soil moisture and waters plants without human intervention.
Developed 3D-printed guns powered by butane cartridges and designed the ship hull using historical blueprints as references.
An architectural design project assembled from cardboard pieces without glue or tape.