Senior Robotics Software Engineer

Responsibilities:

• Design, implement and maintain software modules for autonomous robot operation using the ROS2 framework, including nodes, topics, services and actions
• Support the robot perception stack by building and maintaining data pipelines for collection, labelling, and preprocessing, and by assisting in the training and evaluation of AI models.
• Develop and integrate AI/ML models into the robot software stack, including model selection, fine-tuning, performance benchmarking, and deployment onto edge hardware.
• Research and evaluate other state-of-the-art AI techniques relevant to robotics, including object detection, semantic segmentation, depth estimation, and scene understanding.
• Perform accurate calibration of on-robot sensors including cameras and LIDAR.
• Design, implement and maintain firmware logic, architecture and device-to-device communication using standard protocols (CAN, I2C, SPI) with a focus on reliability, latency and power constraints.
• Evaluate and integrate third-party open-source libraries, SDKs and/or APIs where beneficial.
• Design and execute testing strategies including unit, integration and HIL tests to validate software correctness and system performance.
• Systematically diagnose and resolve software and firmware issues across the stack, implementing root-cause fixes rather than symptomatic patches.
• Develop and maintain tooling for build systems, testing, logging and remote diagnostics.
• Participate in cross-functional design reviews, code reviews and contribute to internal documentation and engineering standards.

You may also be involved in:

• Hands-on assembly, wiring and soldering of electronic subsystems as part of prototype bring-up and iteration.
• Occasional on-site deployment and testing at live operational environments (e. g. construction sites), requiring adaptability and safety-consciousness.
• Fabrication of mechanical prototypes using tools including 3D printers, drills, angle grinders, etc.

Requirements:

• Proficiency in C++17 or later for performance-critical systems.
• Proficiency in Python for scripting, tooling, ML pipelines.
• Experience with embedded development in C.
• Familiarity with robotics simulation environments like Gazebo for development and validation.
• Proficiency with ROS2
• Experience with version control (Git) and collaborative development workflows.
• Familiarity with software design principles and CI/CD pipelines (e. g., GitHub Actions).

Nice to Haves:

• Familiarity with deep learning frameworks such as PyTorch or TensorFlow, and common computer vision libraries (e. g. OpenCV, Ultralytics).
• Familiarity with cross-compilation build systems for embedded systems (arm-none-eabi).
• Experience with electronics is a plus.

Values/ Culture:

• Excited to work in a fast-moving startup environment where your work directly shapes the product and puts you close to real-world operations and clients.
• Comfortable with ambiguity and able to self-direct in an environment where priorities evolve rapidly.
• Strong first-principles thinking, comfortable defining success metrics and making reasoned decisions with limited data.
• Self-motivated and impact-driven, with a track record of going beyond the minimum through personal projects, open-source contributions or extracurricular technical work.
• Excited about robotics and similar technical areas and exploring them in work and other projects.
• Approach unfamiliar problems with curiosity and a growth mindset.
• Eager to learn across domains including hardware, software and operations.