• Custom designed and tested Nosecone Avionics Bay, housing flight computer, GPS antennas and safety shunt switches, while minimizing weight, voltage loss between avionics and complicated integration procedures.

• Took part in the engineering design process for GTXR's 2025-26 2 stage rocket's recovery systems, optimizing impact attenuation, maximizing reliability of recovery deployment window and redundancy given space and weight constraints.

• Contributed to system-level design trade studies (rocket diameter, propellant, fin cant) optimizing for safety, integration, and redundancy.

• Oversaw and lead a team of 3 freshman in the design of the sustainer's avionics bay, teaching proper CAD etiquette, the engineering design process.

• Designed (12+ iterations), manufactured (G10 composite), and tested GTXR’s flight-critical Sustainer Avionics Bay.

• Designed, manufactured and tested the addition of a piston to the booster’s recovery deployment system.

• Participated in GTXR’s recovery operations, ultimately recovering 85% of Live and Let Fly (LLF).

• Designed, experimented and tested the Booster recovery piston

• Machined pillow-blocks using a Manual Mill (CNC) with rect. faces and spot drill.

• Staff student makerspace, teaching students how to use various tools (3d printers, waterjet, laser-cutter, sewing), ensuring safety and creating personal / club projects.

Working as a part-time lifeguard for Georgia Tech's campus recreational center