Robotics and autonomy engineer who ships systems end-to-end.
Backed by competition wins, published research, and teams that deliver.
Founding Robotics and Autonomy Engineer at Space-Intel, building autonomous systems for final-mile delivery, geospatial mapping, and stratospheric imaging. Ohio State alum, former Buckeye Vertical president, and published researcher in autonomous drone control.
Selected Work
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Four years as president: scaled the team from 15 to 75, won VFS DBVF as a freshman, built multi-year autonomous delivery UAVs for SUAS.
Physics-informed reinforcement learning for quadrotor control. AIAA DCASS 2025.
Seven years on Team 8719: from Cascade Effect to Ultimate Goal, the foundation for everything since.
Experience
Developing autonomous systems for final mile delivery, geospatial mapping, and stratospheric imaging applications.
Co-author on DREAMING Falcon (AIAA DCASS 2025); physics-informed RL for 6-DOF quadrotor control and PX4 sensor-fusion on a 50 lb Part 107 UAV.
Fatigue, burst-margin, and creep analysis on LEAP HPC components in NX/ANSYS, with a Python pipeline that automated FEA post-processing across all stages.
NX/HEEDS optimization on warehouse-automation robotic arms, plus a fanless thermal redesign for industrial nanobox PCs.
AutoCAD design packages — schematics, 3D models, BOMs — for new DXR HVAC controllers, with on-site lean assessments at install.
Publications
AIAA Dayton-Cincinnati Aerospace Sciences Symposium (DCASS) 2025
[PLACEHOLDER: lay summary of the paper]
arXiv:2511.18243