Robotics Motion Planning Lead for Real-World Systems
Automated Tire, Inc.
Woburn (MA)
On-site
USD 90,000 - 130,000
Full time
14 days+
Get more replies from employers
Send a job-specific resume in minutes.
Start fresh or import an existing resume
Job summary
A robotics firm specializing in automotive service is seeking a Senior Robotics Engineer focused on motion planning for their unique multi-axis robotic platform. This hands-on role will involve developing robust path planning and collision avoidance solutions while collaborating with various engineering teams. Candidates should have a strong background in motion planning algorithms, proficiency in C++ and Python, and the ability to address complex integration issues. The role offers significant influence over technical direction and challenges that drive innovation in robotic applications.
Qualifications
2+ years of hands‑on experience with MoveIt or MoveIt 2.
Strong problem-solving skills in hardware‑software integration.
Experience with kinematic solvers like KDL or TRAC‑IK.
Responsibilities
Lead software system definition and integration of custom multi‑axis hardware.
Engineer trajectory planning that adapts to environmental obstacles.
Work with motion teams to build ROS 2 nodes for actuator feedback.
Skills
Motion planning algorithms
C++
Python
Collision avoidance strategies
Kinematic solvers
Education
BS/MS/PhD in Robotics, Mechanical Engineering, or Computer Science
Tools
MoveIt
ROS 2
OMPL
Job description
A robotics firm specializing in automotive service is seeking a Senior Robotics Engineer focused on motion planning for their unique multi-axis robotic platform. This hands-on role will involve developing robust path planning and collision avoidance solutions while collaborating with various engineering teams. Candidates should have a strong background in motion planning algorithms, proficiency in C++ and Python, and the ability to address complex integration issues. The role offers significant influence over technical direction and challenges that drive innovation in robotic applications.