Valinor is a new type of defense and government tech company focused on solving the problems others don't. Our unique model of centralized go-to-market and decentralized engineering allows us to move with unparalleled efficiency to identify unmet needs, build right-sized solutions, and get products where they matter most - in the hands of users. Unlike others in the space, who focus on the flashy problems, Valinor exists to solve the quiet, unaddressed problems-the small but significant ones that lead to cracks in the country's strength, stability, and security.

Backed by General Catalyst, Founders Fund, and Red Cell Partners, Valinor was founded in 2024 and has established strategic partnerships with Palantir, Anduril, and Helsing. We are building the dream team, and we want you on it.

About the Role

Valinor Dispatch is seeking a Lead Robotics Engineer to own the autonomy stack end to end, from computer vision and flight control to robotic manipulation, behind its ruggedized, field-deployable UxS charging infrastructure for defense applications. This is a hands-on technical leadership role for someone who can set architectural direction, work shoulder-to-shoulder with mechanical, electrical, and software teams, and mentor a small group of engineers building the next generation of autonomous and robotic platforms. You'll drive the system from concept through field deployment and establish the technical standards the team will build on.

What You'll Do

• Architect and own the full autonomy stack (perception, state estimation, planning, and control) across autonomous aerial platforms and robotic manipulators, from concept through field deployment.

• Lead integration and tuning of flight control software (PX4/ArduPilot-class or in-house controllers), including attitude and position loops for stability and reliable performance in real-world and contested environments.

• Design, develop, and bring up robotic arm systems including kinematics, dynamics, motion planning, and manipulation behaviors, with sim-to-real validation and on-hardware tuning.

• Develop computer vision and sensor-fusion pipelines (camera/IMU/LiDAR) for navigation, target detection, alignment, and autonomous docking and retention tasks.

• Work closely with mechanical, electrical, and software teams to ensure seamless integration of sensors, electronics, and electromechanical components into deployable systems.

• Establish standards for simulation, testing, and safe field operation. Drive technical direction through design reviews and architecture decisions.