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Contribute to the design and development of flight control systems for Mach’s fixed-wing aircraft. You’ll help design, implement, and validate flight-critical control laws across the mission profile—from takeoff through landing—working closely with senior and principal engineers to deliver robust, well-tested performance across the flight envelope.
Job Responsibility:
Contribute to the design and development of flight control systems for Mach’s fixed-wing aircraft
Contribute to control system architecture and requirements for fixed-wing vehicles, including primary flight control, envelope protection, autothrottle/energy management, and mode logic
Design and implement control laws that account for actuator limits, time delays, and sensor noise
Support system identification and aerodynamic model development using wind-tunnel, CFD, and flight-test data
develop and maintain linearized models
Implement and test fault-handling and reconfiguration strategies (sensor/actuator monitoring, control allocation, redundancy management) with an emphasis on safe degradation
Execute verification & validation activities, including SIL/HIL testing, Monte Carlo analysis, and support of flight-readiness reviews
Participate in flight-test planning and execution
analyze flight data, tune controllers, and iterate designs under supervision of senior technical leads
Collaborate in design reviews and code reviews
help uphold technical standards and best practices within the controls team
Requirements:
Bachelor’s degree in Engineering, Physics, Mathematics, or a related field
4–7+ years designing and deploying flight control systems for fixed-wing aircraft or high-performance UAVs, including exposure to flight test
Strong understanding of flight dynamics, stability and controllability, and actuator/sensor modeling
Proficiency in C++ for embedded or real-time systems
strong MATLAB and/or Python skills for modeling, system identification, and analysis
Experience supporting verification workflows such as SIL/HIL testing, requirements validation, and safety-critical reviews
Familiarity with modern software development practices (git, code reviews, issue tracking) and telemetry/data analysis
Nice to have:
Experience with energy-based control concepts, autothrottle systems, sideslip/yaw coordination, or control allocation for over-actuated vehicles
Experience working with PX4 and ROS 2, or similar flight-control and robotics frameworks
Exposure to aerospace development standards (e.g., DO-178C, DO-331, ARP4754A) or equivalent safety-critical engineering rigor
Experience working on resource-constrained embedded systems with real-time performance considerations (latency, jitter, numerical robustness)
What we offer:
Offers Equity
healthcare, dental and vision plans
retirement savings
paid time off
funds for continuing education, training, and career growth