Senior Robotics Engineer
- Toronto, ON, Canada
- Greater Toronto Area, Canada, Canada
Full-time
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Job details
- Job type
- Full-time
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- Posting language
- English
- Posted
Original job description
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Full-time
Senior Robotics Engineer
Boston area; flexible but primarily on-site
What You Will Do
Build manipulation and control capabilities for bimanual and mobile robots, including motion planning, force-aware control, grasping, reorientation, insertion, and tool use.
Develop perception and planning systems that combine cameras, force sensors, CAD models, and process information to adapt to new parts, fixtures, machines, and workflows.
Use modern AI models and development tools to shorten the path from operator demonstration to working robot behavior.
What We Are Looking For
Strong technical foundations across several of the following: manipulation, controls, motion planning, perception, state estimation, optimization, machine learning, and software engineering.
The ability to diagnose problems across planning, software, controls, sensing, hardware, and the physical environment.
Sound technical judgment under ambiguity, including deciding what should be learned, programmed, sensed, or solved mechanically.
Who this is for
Senior engineers with evidence of shipped robotic or cyber-physical systems, strong Python/C++ foundations, and clear technical judgment across learning, programming, sensing, and mechanics.
Apply
One form, no portal. Attach your resume and add your LinkedIn, GitHub, or portfolio.
Apply for this role →
Takes about five minutes.
Full-time
Senior Robotics Engineer
Boston area; flexible but primarily on-site
- Full-time
What You Will Do
Build manipulation and control capabilities for bimanual and mobile robots, including motion planning, force-aware control, grasping, reorientation, insertion, and tool use.
Develop perception and planning systems that combine cameras, force sensors, CAD models, and process information to adapt to new parts, fixtures, machines, and workflows.
Use modern AI models and development tools to shorten the path from operator demonstration to working robot behavior.
What We Are Looking For
Strong technical foundations across several of the following: manipulation, controls, motion planning, perception, state estimation, optimization, machine learning, and software engineering.
The ability to diagnose problems across planning, software, controls, sensing, hardware, and the physical environment.
Sound technical judgment under ambiguity, including deciding what should be learned, programmed, sensed, or solved mechanically.
Who this is for
Senior engineers with evidence of shipped robotic or cyber-physical systems, strong Python/C++ foundations, and clear technical judgment across learning, programming, sensing, and mechanics.
Apply
One form, no portal. Attach your resume and add your LinkedIn, GitHub, or portfolio.
Apply for this role →
Takes about five minutes.
More about this job
Responsibilities
Build manipulation and control capabilities for bimanual and mobile robots, including planning, grasping, insertion, and tool use. Develop perception and planning systems that integrate camera and force-sensor data, CAD models, process information, and modern AI tools to adapt robot behavior to new workflows.
Requirements
The role seeks a senior engineer with experience shipping robotic or cyber-physical systems and strong Python and C++ foundations. Candidates should have expertise across several robotics disciplines and sound judgment diagnosing issues across software, controls, sensing, hardware, and the physical environment.
Skills
- Robotics
- Robot Manipulation
- Control Systems
- Motion Planning
- Force-Aware Control
- Grasping
- Perception
- State Estimation
- Optimization
- Machine Learning
- Python
- C++
- Software Engineering
- Sensor Fusion
- Robot Planning
- Cyber-Physical Systems
Visa sponsorship
Not detected in the job text
Categories
- Engineering
- Technology
- Manufacturing
Keywords
- Robotics
- Manufacturing Workflows
- Bimanual Robots
- Mobile Robots
- Manipulation
- Controls
- Motion Planning
- Force-Aware Control
- Grasping
- Reorientation
- Insertion
- Tool Use
- Perception
- Force Sensors
- Cameras
- CAD Models
- Process Information
- Robot Planning
- Artificial Intelligence
- Machine Learning
- State Estimation
- Optimization
- Python
- C++
- Cyber-Physical Systems
- Operator Demonstration