Composite airframes on an award-winning liquid bipropellant vehicle. Scratch-built avionics that talk to the ground. One rocket that came apart just short of burnout and taught me more than the ones that worked.
I'm a third-year physics student at UC Riverside and president of the Highlander Space Program, our university rocketry team.
I'm fascinated by our world and by using science and technology to make it a better place — and to better understand our little planet's place in the universe. Engineering has provided a tremendous service to humanity, and I'm always looking for ways to be part of that proud history: pushing the limits of what's possible, and bringing frontier technology down to earth to help everyday people.
On the rocket team I've done hands-on composite fabrication, structural design, and launch operations for our award-winning liquid-fueled rocket. On my own time, I design, build, and fly high-power vehicles with scratch-built avionics. Whenever I'm not building, I'm writing: covering the space industry for Space Scout, including credentialed coverage of Artemis II from NASA's Johnson Space Center.
UC Riverside's award-winning first liquid-fueled rocket. I built composite airframe structures, designed and manufactured the rail guides, and worked the championship-winning launch campaign at FAR-OUT — first in its altitude category and the most efficient liquid in the competition.
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A subscale liquid test rocket I lead — the stepping stone from Poseidon to our next-generation Clementine, flight-proving engine integration, novel recovery, and payload deployment. Cold flows complete; static fire campaign underway.
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In the Westerdale Lab, I build hardware for the liquid argon condenser supporting DarkSide-20k's hunt for dark matter — including sensor probes that live inside the cryogenics for real-time monitoring at 87 kelvin.
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A scratch-built solid rocket packing Level-3 capability into a Level-1 budget: redundant dual-deploy recovery and a custom GPS telemetry link to a scratch-designed ground station.
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Built to break the sound barrier; broke itself instead. A dramatic structural failure at near-max speed — and a masterclass in failure analysis, resilience, and designing margins.
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A novel biomechatronic device under development at UC Irvine to promote gait recovery in spinal cord injury patients. I designed and built new patient-feedback hardware in response to clinical trials.
Read MoreTechnically rigorous space industry reporting — including credentialed, in-person coverage of NASA's Artemis II launch from Johnson Space Center and Blue Origin's first New Glenn landing.
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Rockets are a team sport. From historical interpretation at Philmont Scout Ranch to knocking thousands of doors for a congressional campaign, I've built the communication and leadership skills that make hard engineering possible.
Read MoreBuilding something that flies — or something that matters? I'd like to be part of it.