We seek a passionate Robotics Autonomy Team Lead to join our team and drive the development of cutting-edge autonomous robotic systems.
Responsibilities – what you will be doing:
Design, implement, test, and deploy motion planning and navigation algorithms that drive vehicles safely and efficiently in unpredictable terrains, generating collision-free paths and dynamic maneuvers
Shape top-level autonomy algorithms, balancing performance, safety, and scalability, while employing modern software engineering practices to produce clean, robust, and well-tested code
Leverage real-world data and simulation to continuously refine and optimize algorithms, ensuring stability and resilience in harsh conditions
Work closely with perception, hardware, product, integration, and testing teams to build, maintain, and rigorously evaluate a full autonomy stack in both simulation and real-world environments
Responsibilities – what you will be doing:
Design, implement, test, and deploy motion planning and navigation algorithms that drive vehicles safely and efficiently in unpredictable terrains, generating collision-free paths and dynamic maneuvers
Shape top-level autonomy algorithms, balancing performance, safety, and scalability, while employing modern software engineering practices to produce clean, robust, and well-tested code
Leverage real-world data and simulation to continuously refine and optimize algorithms, ensuring stability and resilience in harsh conditions
Work closely with perception, hardware, product, integration, and testing teams to build, maintain, and rigorously evaluate a full autonomy stack in both simulation and real-world environments
Requirements:
MSc/PhD in Computer Science or Electrical Engineering with 5+ years of hands-on experience implementing, testing, and deploying motion planning and navigation solutions in C++ (or equivalent) on real robotic or autonomous platforms
Strong understanding of traditional and modern approaches to motion planning and navigation, coupled with solid theoretical foundations, practical expertise, and a grasp of relevant data structures, algorithms, and software tools in robotics.
Proficient with version control, code review, and collaborative development processes, demonstrating the ability to produce large volumes of clean, efficient, and well-tested code rapidly
Proven ability to lead experienced SW/Algo engineers set objectives, and guide the technical direction in a fast-paced, innovation-driven environment
Comfortable navigating unclear solutions, embracing experimentation, and thriving in an ever-evolving landscape where challenges require creativity and resilience
Advantages Youll Stand Out If You Have:
Experience deploying autonomous systems in off-road, agricultural, or other unstructured environments
ROS/ROS2 development experience (C++), ideally in a professional setting
Exposure to AI/ML-based methods for advanced decision-making or enhanced planning performance
MSc/PhD in Computer Science or Electrical Engineering with 5+ years of hands-on experience implementing, testing, and deploying motion planning and navigation solutions in C++ (or equivalent) on real robotic or autonomous platforms
Strong understanding of traditional and modern approaches to motion planning and navigation, coupled with solid theoretical foundations, practical expertise, and a grasp of relevant data structures, algorithms, and software tools in robotics.
Proficient with version control, code review, and collaborative development processes, demonstrating the ability to produce large volumes of clean, efficient, and well-tested code rapidly
Proven ability to lead experienced SW/Algo engineers set objectives, and guide the technical direction in a fast-paced, innovation-driven environment
Comfortable navigating unclear solutions, embracing experimentation, and thriving in an ever-evolving landscape where challenges require creativity and resilience
Advantages Youll Stand Out If You Have:
Experience deploying autonomous systems in off-road, agricultural, or other unstructured environments
ROS/ROS2 development experience (C++), ideally in a professional setting
Exposure to AI/ML-based methods for advanced decision-making or enhanced planning performance
This position is open to all candidates.
