SystemsGo Tsiolkovsky Challenge — High-Powered Rocket & Flight Computer
A high-powered rocketry project centered on a custom Raspberry Pi flight computer programmed in Python for data acquisition, telemetry, and onboard video.
View case studyAerospace Engineering · Mississippi State University
Aerospace Engineering student at Mississippi State University working across high-powered rocketry, avionics, embedded systems, software infrastructure, and live technical operations.
Selected work / 01—03
A high-powered rocketry project centered on a custom Raspberry Pi flight computer programmed in Python for data acquisition, telemetry, and onboard video.
View case studyA separate SystemsGo design problem: exceed Mach 1 while remaining below 13,000 feet, balancing performance against stability, structural integrity, recovery, and safety.
View case studyOrganized product information covering more than 21,000 items and helped configure and deploy 20 desktop systems across three divisions.
View case studyHead Technician and Student Assistant Director work spanning lighting, sound, cue execution, troubleshooting, crew leadership, and production coordination.
Technical foundation / current study
I am an Aerospace Engineering student at Mississippi State University and a member of the Shackouls Honors College. My interests include astronautics, spacecraft systems, avionics, embedded systems, systems integration, and engineering test.
My work includes two high-powered SystemsGo rocketry challenges, a custom Raspberry Pi flight computer programmed in Python, software infrastructure, and technical theatre operations spanning live troubleshooting and coordination. I continue to mentor younger high-school rocketry teams on an occasional basis.
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