Autonomous aerial system for locating avalanche burial victims using a 457kHz beacon transceiver. Built on PX4 X500 v2 with Pixhawk 6C and Raspberry Pi 4. Algorithm developed in MAVSDK-Python.
View Project →Co-authored open access review published in Fibers (MDPI). Covers CFRP processing, tribological behavior, damage tolerance, and aerospace and automotive applications.
Read Paper →Full redesign of a Cessna 182 instrumentation panel in 5052 H32 Aluminum. Modernized avionics layout, eliminated compass interference, and integrated iPad-based Garmin Flight Instruments and JPI 730 engine monitor.
View Project →3D scanning and reverse engineering project redesigning an offroad vehicle control arm in 4130 Chromoly Steel. Scanned, measured, and fully rebuilt from scratch in SolidWorks for significantly improved durability.
View Project →“[PLACEHOLDER — testimonial quote]”
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I grew up in Hailey, Idaho where I spent all my time snowboarding and enjoying the outdoors. Using the right sleeping bag on a cold night, high pointing a snowmobile that an older model wasn't capable of, or flying somewhere in 3 hours that would have taken a full day in a car inspired my curiosity to understand how things function. My experience in engineering answered that curiosity but couldn't explain why some cars sounded better, certain lights made my house feel more like home, or when I looked for inspiration, it was always through the work of creatives and engineers.
How is it that everyday objects can make my life easier or add an aesthetic beauty that I didn't even know I needed? This prompted a shift in my focus to engage my technical experience with design. Utilizing my skillset to solve problems I believe demand a creative solution, bridging the gap between how things work and how they're experienced.
Open to research, design, and engineering opportunities — with driven teams solving meaningful problems.
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