Tech stack:

• C / C++ / Python (depending on system layer)

• ROS / ROS2 (robotics integration)

• Real-time systems (RTOS)

• Autonomous systems algorithms (perception, navigation, planning, control)

• Simulation tools (e.g. Gazebo, MATLAB, Simulink or similar)

• Embedded platforms and hardware-software integration

• System architecture design for autonomous systems (land, air, maritime)

Requirements:

• Extensive experience in embedded systems architecture design

• Strong background in robotics systems and autonomous platforms

• Hands-on experience with real-time or near real-time systems

• Solid understanding of perception, navigation, planning or control algorithms

• Experience with simulation-driven development and system validation

• Ability to translate high-level requirements into system and software architecture

• Experience working across hardware, low-level software and high-level autonomy layers

• Strong analytical and problem-solving skills

• Polish – fluent / native

• English – C1

• Willingness to undergo security clearance process (up to NATO Secret / Tajne)

• Availability to work from the Wrocław office when required

Nice to have:

• Experience in defence, security or public sector projects

• Knowledge of NATO standards (e.g. STANAG)

• Experience with mission-critical or safety-critical systems

• Familiarity with formal system engineering or validation processes

• Experienced in using AI tools in day-to-day workflow

Project description:

You will join a project focused on designing and developing advanced autonomous systems operating in land, air and maritime environments.

The role requires defining system architecture and supporting teams in building robust, scalable and secure solutions that meet strict defence and safety requirements.

Main responsibilities:

• Design and define architecture for autonomous systems (hardware + software)

• Define system decomposition, components and interfaces across layers

• Design and review algorithms for perception, navigation, decision-making and control

• Ensure performance, feasibility and robustness of solutions

• Support development teams and resolve complex technical challenges

• Define and apply simulation-based approaches for system design and validation

• Collaborate with multidisciplinary teams (embedded, robotics, electronics, systems)

• Ensure compliance with safety, reliability and defence requirements