September 2023 - Present
I owned the entire process of my personal Level 1 TRA certification rocket. From initial concept through to recovery, demonstrating end-to-end aerospace engineering capability:
Concept & Design: Solely developed the vehicle’s requirements and CAD model in SOLIDWORKS, sizing the airframe, motor mount, and dual-deploy recovery system to meet TRA specifications.
Fabrication & Assembly: Hand-machined and bonded the composite airframe, bulkheads, and fin can, then installed the H-class motor mount and integrated electronics bay—ensuring every joint and tolerance was within my tight quality standards.
Flight Execution & Recovery: On launch day, I prepared the rocket solo, arming the black-powder charges, setting programmed altitudes, and performing final safety checks. The rocket flew on an H-130W Aerotech motor in which it climbed to ~4 200 ft, reached Mach 0.65, and deployed drogue and main parachutes at the correct altitudes. I tracked descent via handheld GPS, recovered the vehicle within 1/4 mile radius of the pad, and successfully secured my TRA Level 1 certification.
This project showcases my ability to independently manage complex rocketry systems. Covering mechanical design, propellant testing, electronics integration, and flight operations—making me a versatile candidate for hands-on aerospace engineering roles.