Lead the development and deployment of advanced autonomous mobile robot systems, integrating motion planning, behavioral design, perception, and system architecture to scale teams and deliver high-performance solutions.
Requirements
- Proven experience leading autonomy or robotics teams focused on mobile robotic platforms.
- Expertise in motion planning, behavioral design, autonomous stack architecture, and ROS/ROS2.
- Deep understanding of computer vision, LiDAR integration, and sensor fusion for mobile robots.
- Demonstrated success in scaling autonomous systems from prototype to production.
- Experience with autonomous vehicles, drones, or industrial mobile robotics platforms.
- Familiarity with edge computing, real-time systems, and cloud infrastructure.
- Knowledge of safety standards, simulation tools, and regulatory frameworks in mobile robotics.
Responsibilities
- Lead cross-functional teams focused on autonomous mobile robot systems, including motion planning, perception, controls, and systems integration.
- Define and execute the roadmap for autonomous mobile robots, including ROS-based architecture and full autonomy stack development.
- Oversee the design and implementation of motion planning algorithms, behavioral models, and decision-making frameworks for mobile robots.
- Drive integration of computer vision and LiDAR-based perception systems into the autonomy stack.
- Ensure autonomous mobile robot systems meet performance, safety, and reliability standards across diverse operational environments.
- Architect scalable and modular autonomy stacks using ROS/ROS2 and real-time middleware.
- Lead efforts in sensor fusion, localization, and mapping for robust navigation and obstacle avoidance.
Other
- Excellent leadership, communication, and strategic thinking skills.
- Ability to travel occasionally each month
