(Senior) Technical Field Engineer — Robotics Integration & Deployment

Se3·Undisclosed test site 35km from Munichsenior

In short

→Ingeniero de campo técnico que integra y despliega sistemas robóticos autónomos en entornos reales.
→Trabajas en todo el stack: hardware, sensores, software de percepción, autonomía, redes y operaciones en campo.
→Destaca por ser el puente entre ingeniería y el mundo real, resolviendo problemas complejos con enfoque práctico y sistemático.

Fluent English required for collaboration with international teams and documentation.

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What they ask for

✓Experiencia hands-on con drones y sistemas UAV.
✓Capacidad para diagnosticar y resolver problemas en hardware, software y redes en campo.
✓Conocimiento en sensores, calibración y sistemas de percepción 3D.
✓Experiencia con integración de sistemas autónomos y flotas de drones.
✓Habilidades para trabajar en entornos dinámicos con información parcial.
✓Capacidad para colaborar con equipos de software, hardware y pruebas de vuelo.

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UAVssensorscalibrationperception stackautonomy softwareonboard computeradio linksflight logsoperator toolschecklists

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🚀 Join SE3 Labs as (Senior) Technical Field Engineer — Robotics Integration & Deployment Be the person who makes advanced autonomous systems work in the real world. Move across the full stack: drones, sensors, calibration, autonomy software, perception, networking, payloads, field operations, and partner environments. When the system is not mission-ready, you create clarity, find the root cause, and help make it robust. About SE3 SE3 Labs is building Spatial AI by combining 3D computer vision with large language models. We believe the ability to reason about and act within physical space is foundational to unlocking the next generation of automation, from construction to smart infrastructure, and ultimately, defence. Now, we’re bringing Spatial AI into the sky through high-performance UAVs that can perceive, localize, coordinate, and act in the real world. This requires more than strong algorithms and good hardware. It requires systems that can be configured, calibrated, tested, deployed, demonstrated, debugged, and improved under real field conditions. We’re looking for a hands-on engineer who wants to work close to the product, close to the field, and close to the full autonomy stack. Someone who is not limited to one layer, but follows the problem wherever it leads. About the Role As (Senior) Technical Field Engineer — Robotics Integration & Deployment , you will own the last mile between SE3’s engineering team and real-world use. You will bring together UAVs, payloads, sensors, onboard compute, autonomy software, operator tools, and partner environments into systems that are ready to fly, test, demonstrate, and deploy. This is a highly hands-on, full-stack field engineering role. When something is not working, you go where the evidence leads: recalibrate a sensor, solve an issue in the perception stack, debug a radio link, inspect a harness, analyse a flight log, adapt an autonomy behavior, fix a configuration issue, improve a checklist, or bring the right evidence back to the engineering team. The problems you will work on are complex, dynamic, and multivariable. You will often have partial information, limited time, imperfect tools, and a system where hardware, software, environment, and operator behavior interact in non-obvious ways. Your job is to create clarity, choose the right debugging path, and drive the system toward a robust long-term solution. You will work closely with perception, robotics software, embedded, hardware, and flight-test teams. You will not just operate systems; you will make them better. Your work will determine how quickly SE3 moves from prototype to repeatable deployment, from demo to product, and from individual systems to operational fleets. What You’ll Work On Create Clarity in complex situations: Separate symptoms from root causes, know when to trust intuition and when not to, devise efficient debugging workflows, reproduce failures, analyse logs, and drive lasting solutions that make the system more robust long term. Cross-Stack Engineering: Move across hardware, software, sensors, calibration, perception, networking, autonomy, and operator workflows. When the root cause requires it, contribute directly to the layer that matters, from sensor calibration and deployment configuration to perception-stack behavior, autonomy logic, networking, or hardware integration. Autonomy & System Integration: Bring together UAVs, payloads, onboard compute, cameras, IMUs, radios, ground stations, autonomy software, operator interfaces, and deployment tooling into field-ready systems. Configure and validate perception-stack behavior, mission logic, autonomy behaviors, operator workflows, and system responses under real operating conditions. Tooling, Automation & AI Workflows: Build and use intelligent debugging, analysis, and agent-based workflows to understand complex system behavior faster.

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