Fiducial - Guidance, Navigation & Control Engineer for Autonomous UAVs (Hybrid-remote available)
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Requirements
• Good understanding of, and experience with, modern C++ • Real-time software development experience such as game, simulation, robotics or embedded development. • Foundational understanding of fixed-wing and multi-rotor flight dynamics. Both from a theoretical background and from practical experience. You have closed the design → build → fly → design loop, either in a professional or personal context. • Experience implementing and tuning controllers in actual flight vehicles. You have worked with one out of the three: Betaflight, Ardupilot or PX4. • Experience with state estimation and sensor fusion concepts. • Deep intuition for transform trees and pose representations used in game engines, computer graphics, and robotics. You can work confidently with quaternions and common spatial math without relying on a pre-made framework • Experience with AI coding agents, prompt engineering and vibe coding • A high degree of autonomy, determination and grit in making cool tech work. • Big Plus: experience with higher-level autonomy concepts such as path-planning and trajectory optimization • Full time availability (40 hours) • Yes, these are a lot of requirements. While having the perfect background is nice, if you are able to present evidence of outstanding engineering and execution capability we are interested in talking regardless. If you are the right fit, we believe in your ability to pick up the required background knowledge on the fly. • We’ll get back to you as soon as possible. If we see a potential fit, you’ll first receive a short follow-up questionnaire. Based on your answers, we’ll invite you for a technical interview. This interview is an opportunity to talk through a real problem/scenario and show us you think and communicate. • If at this point we feel you are the person we are looking for, we’ll discuss the specifics. • Welcome to the team!
Responsibilities
• You will help build and improve GNC capabilities for UAVs in real operational environments. This includes working on interception and collision-avoidance maneuvers, state estimation under noisy sensing conditions, and integration with a range of flight controller software systems.
Benefits
• We develop our software in the field and close to the points of use. Flight testing is key for what we do and we test all across Europe. Our team members have strong academic background in different fields such as Aerospace Engineering, Computational Science and Engineering, Robotics and Computer Graphics. Our main office is located in the TU Delft campus in the faculty of Aerospace Engineering. • We work closely with top-tier partners, ranging from drone manufacturers to research institutes. Our projects span from orders in collaboration with operational partners to low-TRL research with government agencies. Whether through formal R&D programs or rapid prototyping tracks, we operate at the intersection of innovation and deployment. • Money, of course. • 25 vacation days per year. • Reimbursed travel expenses and company laptop. • (Really) flexible working hours and option to work from home 2 days per week when in the Netherlands. A fully remote position with regular travel to Delft and flight testing locations is also an option. • Working in an international, world-class team of engineers and entrepreneurs solving real-life problems with amazing technology. • Large freedom in how you work and implement solutions, project ownership is incredibly important to us.
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