Robotics Perception Engineer

As a Robotics Perception Engineer, you will develop and integrate advanced perception capabilities that enable subsea situational awareness and autonomous operations. You will contribute across the perception stack, including multi-modal sensing, 3D scene understanding, tracking, anomaly detection and real-time inference. The work spans simulation, R&D prototyping, embedded deployment and real-world testing on ROVs, AUVs and vessel-based systems.

• Key tasks and responsibilities
• Research, design and implement perception algorithms tailored for subsea robotics

Develop modules for 3D object detection, segmentation, tracking, anomaly detection and environment understanding Address challenges related to degraded sensor data and harsh marine conditions Integrate perception capabilities into autonomy, navigation and control frameworks to support mission-level decision making Participate in simulation, testing, validation and full-scale field trials Drive perception-driven innovation and transition research into production-ready operational capabilities Contribute to documentation, standards and continuous improvement processes

• What you bring
• Degree in Robotics, Computer Vision, Mathematics or a related engineering field

Strong experience with multi-modal perception (vision, lidar/sonar, radar, acoustic sensing) Proficiency in C++ and Python for robotics development Familiarity with ROS 2, real-time systems, sensor calibration and perception lifecycle development Experience with machine-learning-based perception methods is valuable

Experience 3–5 years of experience within perception, sensor fusion or autonomous system development Hands-on experience designing and deploying perception algorithms on embedded or constrained compute hardware Experience with 3D object detection, segmentation, tracking and calibration in real-world operational conditions Understanding of integrating perception with planning, controls and autonomy pipelines Experience with CI/CD workflows, GPU-accelerated processing, simulation tools and field validation is an advantage Strong communication skills and the ability to collaborate across mechanical, electrical, software and operations teams

Why join Reach Subsea? Your perception algorithms will be used in real subsea missions — not just simulated environments A truly multidisciplinary engineering environment spanning sensing, autonomy, mechanics and offshore operations High degree of technical influence on perception architecture and capability direction A growing organization with strong ambitions within autonomy, subsea digitalization and sustainable operations

• Flexible work locations (Gothenburg, Oslo, Haugesund or Bergen)
• Competitive compensation and strong opportunities for professional growth