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ABOUT DELTA BLACK AEROSPACE
Delta Black Aerospace is a U.S.-based OEM redefining unmanned aerial systems (UAS) for mission-critical defense applications. Founded and led by former Warfighters and senior industry Subject Matter Experts, Delta Black is developing the RAIDER 330 a patented Group 3 UAS delivering Group 4 capabilities. The RAIDER 330 features true Hybrid-Electric Propulsion (HEPS), Vertical Takeoff and Landing (VTOL) and Extreme Short Takeoff and Landing
(E-STOL). Headquartered in McKinney, TX, Delta Black moves at 5x the pace of traditional defense primes.
POSITION OVERVIEW
Delta Black Aerospace is seeking a Mechatronics and Systems Integration Engineer to serve as the critical connective tissue across the RAIDER 330 hardware and software stack. This role is responsible for ensuring that mechanical, electrical, avionics, propulsion, and payload subsystems function as a coherent, mission-capable system. You will lead bring-up, integration, and functional verification of the full UAS from bench testing individual subsystems to integrated ground runs and handoff to flight test. This is a role for a technically broad engineer who thrives at system boundaries and drives tasks to closure.
KEY RESPONSIBILITIES
Own end-to-end system integration of the RAIDER 330, coordinating across mechanical, electrical, avionics, pro-pulsion, and payload subsystems
Lead hardware-software integration for flight control systems, autopilot (Quattro FMS, or similar) and sensor fusion (IMU, GPS, optical, radar altimeter)
Develop and execute integrated systems test plans, including hardware-in-the-loop (HIL) and software-in-the-loop (SIL) test regimes
Manage Interface Control Documents (ICDs) and ensure compatibility across all subsystem interfaces (mechanical, electrical, data)
Support bring-up and troubleshooting of hybrid-electric propulsion integration, motor control, and VTOL lift system checkout
Develop diagnostic tools, ground control station (GCS) configurations, and telemetry monitoring frameworks
Work closely with propulsion, avionics, and payload vendors to resolve integration issues and validate performance
Establish and maintain configuration management and build records for integrated vehicle configurations
Support mission simulation and rehearsal, including GPS-denied environment testing and payload hand-off procedures
Contribute to systems engineering artifacts including FMEA, hazard analysis, and verification matrices
Requirements:REQUIRED QUALIFICATIONS
Bachelor of Science in Mechatronics, Systems Engineering, Electrical Engineering, Aerospace Engineering, or related discipline
4+ years of experience integrating complex electromechanical or aerospace systems
Hands-on experience with autopilot/flight control systems and GCS tools (Vigilant Spirit, Mission Planner, QGroundControl, or equivalent)
Strong programming skills in Python and/or C/C++ for integration scripting, data analysis, and embedded systems
Experience with sensor integration, data fusion, and embedded communications protocols (CAN, UART, SPI, I2C)
Demonstrated ability to debug across hardware and software simultaneously
Excellent systems thinking and ability to trace failures across subsystem boundaries
Strong documentation habits for test results, anomaly reports, and configuration records
PREFERRED QUALIFICATIONS
Experience integrating VTOL or hybrid-propulsion UAS platforms
Background with Quattro FMS autopilot customization and tuning
Familiarity with ROS or similar middleware for sensor integration
Experience with GPS-denied navigation solutions (optical flow, SLAM, radar)
Knowledge of DO-178C, DO-254, or equivalent avionics software/hardware standards
Active Secret or Top Secret clearance
Experience supporting aircraft from integration through first flight
SECURITY CLEARANCE
Active Secret clearance preferred; must be able to obtain Secret clearance. U.S. Citizenship required.
COMPENSATION & BENEFITS
Competitive base salary commensurate with experience; equity participation available
Full medical, dental, and vision benefits
401(k) with company contribution
Rapid advancement opportunities as Delta Black scales toward production
Direct collaboration with former Warfighters, propulsion innovators, and avionics specialists
Travel to test facilities, partner sites, and government customer locations