Job Description
As a Control-Systems Engineer you will own the algorithms that keep our drones stable, responsive, and mission-capable without satellite guidance.
What you will be doing
- Design, implement, and tune real-time flight-control algorithms (attitude, position, and trajectory loops) targeted at GNSS-denied missions.
- Develop high-rate state-estimation and sensor-fusion pipelines that blend IMU, barometer, optical flow, VIO, and SLAM data.
- Port and optimise these pipelines on flight computers (Jetson Orin, Raspberry Pi CM5, i.MX 8M plus) under real-time constraints.
- Extend and customise PX4 or write bare-metal control stacks where needed.
- Create Software-in-the-Loop (SITL) and Hardware-in-the-Loop (HITL) test environments; iterate rapidly between simulations and field flights.
- Instrument test vehicles, run flight campaigns, and mine logs to improve robustness in wind, vibration, and electromagnetic interference.
We are looking for
Core skills
- Applied math: linear algebra, calculus, probability. For working with the flight controllerās EKF.
- C++20: knowledge of the memory and concurrency models of the language.
- Control fundamentals: PID, cascade loops, filters, estimation. Time and frequency domains.
- System identification methodology.
Useful additional skills
- Knowledge of PX4/Ardupilot and concepts like SITL, MAVLink protocol.
- Experience working with sensors – sampling rates, synchronisation, filtering, fusing.
- Experience in any: machine learning, data analysis, signal processing, IoT
- Works in UNIX-based environment (Raspberry PI, Jetson, Desktop Linux or MacOS)
Are you interested in this position?
Apply by clicking on the āApply Nowā button below!
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