Software Engineer, Autonomous Systems

• Convert research prototypes for motion learning, prediction, and control to production-grade software.
• Design and develop software stack according to functional understanding of physical systems and business/technical requirements.
• Implement, integrate, improve, and support software stack for autonomous systems.
• Collaborate with research, machine learning, software, MLOps, and robotics engineers in cross-disciplinary teams.

This role helps shipping companies cut fuel consumption and reduce emissions through autonomous systems technology, contributing to environmental sustainability in the maritime industry.

• Master's degree in Software Engineering, Computer Engineering, Robotics, or closely related technical field.
• 5+ years professional software development experience primarily in Python with strong emphasis on OOP, software architecture, Git, automatic testing, and CI/CD pipelines.
• Proven experience building production-grade, reliable, and scalable software.
• Foundational understanding in physics, systems, robotics, ML, and simulation with desire to learn and contribute to learning, control, and simulation pipelines.

• Competitive remuneration package: Skill & experience-based salary, commission package, and eligibility for additional employee benefits
• Health Package: Private health insurance coverage and mental health - therapist benefit
• Tech Equipment Package: Laptop and other policy-based equipment
• Paid leaves: Paid study, emergency, and medical leaves
• Learning and Development Package: Access to courses platform and eligibility for seminars, conferences and workshops
• Team Building: Team outings and events. Paid trips to offices to meet team physically if not based in Athens
• Remote Flexibility: Great office space in Athens and remote option. Fully remote option for non-Athens-based

DeepSea is a maritime technology leader providing a unified optimisation platform that helps shipping companies cut fuel consumption, reduce emissions, and transform vessel performance across entire fleets using advanced maritime AI.