Autonomous Systems Software Developer

Autonomous Systems Software Developer

Location:

Vancouver, CA (Hybrid or On-site)

A high-impact, forward-thinking engineering team is seeking a skilled Autonomous Systems Software Developer to help shape the next generation of intelligent robotic platforms. This role focuses on building the software infrastructure that powers autonomous behavior—from integrating advanced sensors to optimizing control loops and motion planning algorithms. If you’re passionate about creating robust systems that solve real-world challenges, this is your chance to make a lasting impact in the robotics space.

Key Responsibilities:

• Architect and implement embedded software for robotic motion control, actuation, and behavioral logic.

• Integrate sensor suites including LiDAR, IMU, and computer vision modules to enable real-time perception and response.

• Develop and refine modular robotic software using frameworks such as ROS/ROS
2.

• Build testing frameworks and simulated environments for verification using tools like RViz or Gazebo.

• Tune performance for deployment on constrained hardware, embedded systems, and real-time environments.

• Partner cross-functionally to ensure seamless alignment between hardware systems, perception layers, and motion control.

Qualifications:

• Bachelor’s or Master’s degree in Computer Engineering, Robotics, or related technical discipline.

• Minimum of 2 years’ experience delivering robotics software in industry or research settings.

• Skilled in C++ and Python with hands-on use of ROS or ROS2 middleware.

• Solid understanding of control theory and motion planning methodologies such as A*, RRT, or model predictive control.

• Familiarity with real-time data acquisition, sensor protocols, and communication interfaces such as UDP and serial.

• Proficient in Linux development environments, version control (Git), and software diagnostics tools.

Preferred Experience:

• Background working on autonomous mobile platforms, robotic arms, or navigation-centric systems.

• Exposure to embedded OS environments (e.g., FreeRTOS or other RTOS) and low-level firmware.

• Experience with SLAM, path planning stacks, or cooperative multi-agent robotics.

• Understanding of field protocols such as CAN, Ether

CAT, or similar.

What’s In It for You:

• Competitive compensation and equity participation.

• Work with cutting-edge robotic systems in a technically diverse, mission-driven environment.

• Hybrid flexibility with a base in Burnaby, BC—close to Vancouver’s innovation corridor.

• Hands-on access to modern labs and robotic hardware for rapid prototyping and development.