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Job Description
Structured overview of role & requirementsAbout This Role
Transform experimental R&D algorithms into robust, production-grade robotics software for GNSS-denied environments.
Define and enforce benchmarks for system stability, performance, and reliability to ensure platform resilience under operational stress.
Lead cross-functional teams to align on technical standards and support mission success by minimizing field downtime and debugging efforts.
Minimum Requirements
Bachelor's or Master’s degree in Robotics, Electronics, Electrical Engineering, Mechatronics, Computer Science, or Aerospace.
4+ years (Bachelor’s) or 2+ years (Master’s) experience in robotics software engineering in aerospace, UAV, robotics, or complex embedded systems domains.
Proficiency with ROS or ROS2, including messaging, debugging, and launch systems, plus strong C++ and Python skills in Linux environments.
Experience with automated software testing, simulation environments such as Gazebo, and software development best practices like CI/CD, version control, and documentation.
Ideal Candidate Profile
Experienced in integrating Navigation, Sensor Fusion, GNC, and Vision R&D into production systems with strong technical ownership.
Capable of comprehensive system verification, risk assessment, and architectural trade-off decisions under high-stakes operational conditions.
Comfortable working cross-functionally, providing field deployment support, and advancing GNSS-denied robotics capabilities through self-directed R&D.