Field Service Engineer with a background in military aviation maintenance, deployed operations, and aircraft systems troubleshooting, currently transitioning into UAS autonomy and mission systems engineering.
Building hands-on experience in:
- ArduPilot SITL
- MAVLink telemetry and command flow
- Autonomous mission scripting
- Linux systems and networking
- Python-based flight control workflows
Current work focuses on developing and validating autonomous flight behaviors within a self-directed UAS integration lab using ArduPilot, MAVProxy, QGroundControl, and Python.
- Autonomous flight systems
- MAVLink telemetry and routing
- Mission scripting and waypoint automation
- Linux (Ubuntu / WSL)
- Systems integration and troubleshooting
- Telemetry validation and logging
Current development areas include:
- waypoint mission workflows
- velocity command validation
- telemetry monitoring
- MAVProxy routing architecture
- search-pattern mission logic
- autonomous return-to-launch behavior
- startup and troubleshooting documentation