Began as a project to implement the game of Sovereign Chess in Java. Developed opponent bots to play against using both heuristic and machine learning methods. Currently working on online version in Javascript.

Benchtop power supply for personal projects. Uses a 12V power supply and buck and boost converters to provide fixed and adjustable voltages, complete with protection circuitry.

Design, build, and test high powered rockets while documenting and reporting results to NASA staff. Worked specifically on payload team for the project.

Contributed to wiring and data acquisition teams for Cedarville University’s 2025 PEP Electric Boat team.

Worked with a close friend to design and build a model rocket with electronics which logged flight data, adjusted flap angle of fins, and deployed parachute.

Functional 16x8 SRAM implemented using Cadence Virtuoso software. Design includes decoder, multiplexer, read amplifier, write driver, and pre-charge circuit.

Constructed, wiring, and programmed FPGA vehicle to complete obstacle course in as little time as possible.

Designed and 3D printed twenty-four centerpieces for a wedding. The centerpieces were nine-inch tall phonebooths with print-in-place swinging doors.

Program a seven-axis UR-5e robot arm and implement it on the assembly line to spray-paint motors and gearboxes.

Automated pneumatic lever press to replace manual press on assembly line.

Contributed to software for tabletop hockey robot. Worked specifically on troubleshooting STM32 and Arduino boards to work for our application.

A small robot which played the sleigh bells during my school’s Christmas concert.

Robot uses a marker to draw a preset shape, or a regular polygon with any number of sides using geometric formulas.

Lego Mindstorms robot attached to a semi-automatic NERF blaster. Robot moves by remote control and is capable of firing darts autonomously or by remote control.