Pittsburgh, Pennsylvania, United States
Started as a PhD student, left with a masters in robotics having published three papers on using ideas from numerical optimal control for spacecraft control problems.
Developed State-Dependent LQR controller for a tilt-rotor UAV. Developing trajectory planning model for hybrid UAVs. Developing real-time, optimal trajectory planner for landing hybrid UAVs.
Developed market-based distributed task allocation algorithm for disaster reconnaissance UAVs.
- EDU and Flight avionics design and documentation - EDU and Flight electrical harness diagramming - FPGA design
FPGA hardware for Passive Inspection Cube Satellite. Interface for 6 camera payload. Flight software team lead for Passive Inspection Cube Satellite. Multi-Agent Task Allocation for Disaster Reconnaissance
Troubleshooting, calibration and repair of electronic test equipment using oscilloscopes, spectrum analyzers, multimeters and other test equipment.