- B.S. Computer Engineering & Applied Mathematics (May 2028)
- Collaborated with JPL engineerings from Group 335A (Architecture and Formulation Group) to design and deliver a novel, flight-ready Hold-Down-and-Release Mechanism (HDRM)
- Designed and launched a reusable experimental sounding rocket at Spaceport America Cup 2023
- Engineered custom PCBs (Power Distribution and Flight Controller) and designed corresponding Embedded Systems
- Manufactured dynamic and structural 3D printed/ CNC Machined components for the experimental sounding rocket
CAD, Stress Simulations
- Delivered a Hold-Down-and-Release-Mechanism (HDRM) for CubeSats and small space missions
- Reduced system costs by 90% (approximately $10,000 > $1,000) while maintaining NASA Flight Requirements
CAD, Stress Simulations, Aero Simulations, PCB Design/Fabrication, Embedded Systems Design Flight
- Led design of a reusable state-of-the-art experimental sounding rocket with subassemblies for complete assembly/disassembly
- Implemented a novel dual-redundant, non-pyrotechnic parachute deployment system
- Developed custom avionics including a Flight Computer and High-Speed Data Acquisition payload
- Performed comprehensive simulations (Stress and Aerodynamic) to optimize and simulate rocket performance parameters
Onshape, SolidWorkds, Fusion360, AutoCAD, SimScale, OpenRocket, KiCad, Altium Designer
C++, C#, Python, MATLAB, Java, LaTeX
Git, VSC, XCode, GCP (Google Cloud Platform), ProjectIDX, Overleaf


