The day-to-day

Own the Linux platform: design, build, and maintain our embedded Linux distribution (Yocto Project) across our UAV compute boards — you are the owner of the whole Linux stack.
Bring up hardware: bootloader (U-Boot), kernel configuration, device tree, and driver integration for new boards, sensors, and peripherals.
Own the update strategy: design and maintain robust, fail-safe update mechanisms (A/B, atomic rollback) for OS, kernel, and firmware on deployed drones — ideally OTA.
Integrate the flight stack: work alongside the PX4 flight controller and companion compute, wiring the Linux side into the wider system.
Collaborate cross-team: work with hardware, avionics, and systems teams to ensure robust end-to-end UAV operation.
Test in the field: support lab testing and live flight trials, including debugging and performance tuning on-site.

You should apply if you

Experience: you bring 4+ years in embedded Linux development, ideally on UAV/robotics or other mission-critical platforms.
Embedded Linux: you go deep — Yocto, bootloaders (U-Boot), the Linux kernel, device tree, and board bring-up are your home turf.
Update strategy: you have designed robust update/OTA mechanisms (A/B, fail-safe rollback) for fielded devices.
Languages: you are proficient in C and C++, and use Python for tooling.
Microcontroller awareness: you understand what it means to write firmware on a microcontroller — bare-metal/RTOS, constrained resources, real-time constraints — even if it is not your daily focus.
Systems: you understand real-time systems, communication protocols, and low-level Linux internals.
Mindset: you thrive in a fast-paced, early-stage environment and are eligible for EU security clearance.
Education: you hold a completed degree or equivalent training in a relevant field, e.g.:
- Computer science / software engineering
- Electrical / aerospace engineering
- Embedded systems / real-time computing
- Robotics / mechatronics
Language skills: English is required; German is a plus.

PX4: familiarity with PX4 (or ArduPilot) flight control software.
Containers & CI: Docker and CI/CD pipelines for reproducible builds.
Fleet scale: experience operating OTA updates across a fleet of devices.
Domain: exposure to defence, aerospace, or other mission-critical sectors.
Electronics: background in electronics development, including schematic design and Altium Designer.

Real impact & ownership: Shape high-tech defense systems and take responsibility from day one
Mission-driven environment: Work on technologies that matter for European security and sovereignty
Competitive package: Competitive salary, EGYM Wellpass, corporate benefits, and equity options aligned with role and level
Deep tech environment: Get hands-on experience with cutting-edge drone technology and real operational use cases
Grow fast: Steep learning curve for juniors, strategic influence and leadership opportunities for seniors
Startup mindset meets defence innovation: flat hierarchies, fast decisions, and space for your ideas.
Flexibility: Flexible hours, remote options, and relocation support
Strong team: International, driven colleagues and a culture built on exchange, trust, and shared success