WE ARE LOOKING FOR Drone Test and Integration Engineer As a Test and Integration Engineer, you are the gatekeeper of quality for our autonomous systems. You will manage the entire lifecycle of a feature—from the first line of simulation code to the final field validation.

• End-to-End Test Execution: Execute the full testing "model," progressing systematically through SIL (Software-in-the-Loop), HIL (Hardware-in-the-Loop), controlled Indoor Lab Flights, and finally, Outdoor Field Testing.
• Operational Piloting: Serve as the primary Pilot in Command (PIC) for R&D and customer-facing missions. This includes high-stakes testing of new payloads, FPV maneuvering, and long-range surveillance use cases.
• Test Facility Development: Design and build the physical and digital infrastructure needed for testing, such as custom test rigs, automated calibration tools, and sensor-testing environments.
• Performance Tuning & Analysis: Analyze flight logs to troubleshoot system behavior, perform PID tuning, and optimize the flight stack for specific hardware configurations.
• Cross-Functional Collaboration: Act as the feedback loop for the Software Development team, translating "field behavior" into actionable technical requirements and bug reports.

Your future colleagues are waiting for you to join our international team. Working with us is uncomplicated, there’s a good team spirit, low-hierarchy and nonexistent bureaucracy. Our way of working is flexible too, many of our team work remotely from home with visits to our office from time to time when needed. This role is equally challenging, and as such we offer a very good compensation.

Required Qualifications Core Competencies and Experience Needs We are looking for a candidate who understands not just how a drone flies, but why it flies.

• Advanced Piloting Skills: * Proven experience in diverse drone operations (Videography, Photogrammetry, Surveillance, or FPV).

Tools and Technologies to Understand The ideal candidate should be proficient in, or have a strong working knowledge of, the following ecosystem:

• Flight Stacks & GCS
• Autopilots: PX4-Autopilot, Ardupilot.
• Ground Control: QGroundControl, MissionPlanner.
• Protocols & Communication
• Middleware: MAVLink, ROS2, Micro-XRCE-DDS.
• Video & Data: RTSP, WebRTC, RF Relay systems.
• Development & Simulation
• OS/Scripting: Linux (Ubuntu), Python.
• Validation: SITL (Software-in-the-Loop), HITL (Hardware-in-the-Loop) environments.
• Simulation Engines: Gazebo, AirSim, or similar.