Mirsee Robotics Inc.

Mirsee Robotics provides remote-operated humanoid robots that let skilled technicians perform infrastructure maintenance from immersive VR and haptic stations. Their platform uses teleoperation with haptic feedback, ROS-based robotics software, dual-arm manipulators capable of up to 60 pounds of force, an omni-directional mobile base, wireless charging, and hybrid control combining teleoperation with emerging AI autonomy. The company delivers its solution as a mix of SaaS and services for on-demand remote operations and maintenance workflows. Target industries include water treatment, oil and gas, electrical utilities, and commercial facilities where remote dexterous manipulation and 24/7 availability reduce safety risk and onsite labor needs.

AIHapticsHumanoidInfrastructureRemote OperationsRoboticsTeleoperationVirtual Realitymirsee.com

Mirsee Robotics Inc.

AIHapticsHumanoidInfrastructureRemote OperationsRoboticsTeleoperationVirtual Realitymirsee.com

HQCambridge, CA

Team Size10

Open JobsUnknown

Total Funding$1M

Latest Fundraise12 months ago

Join the Team

Lead Mechanical Engineer

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Hybrid • Cambridge, Ontario, CA

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Company Description

Mirsee Robotics has designed and built 3 generations of humanoid robots from the ground up. As we expand the company, we are looking for skilled mechanical engineers to design and develop our upcoming 4th generation robot.

Role Description

This is a full-time, on-site role for a Lead Mechanical Engineer at Mirsee Robotics Inc. in Cambridge, ON.

The successful candidate will lead the design, development, and validation of mechanical systems for our humanoid robotics platform, taking concepts from early prototypes through production-ready hardware.

The successful candidate will focus on complex mechanical assemblies, including structures, actuation, drivetrain components, and mechanisms designed for real-world industrial use. You’ll work closely with electronics and software teams to ensure tight integration, reliability, and serviceability, with an emphasis on manufacturability, safety, and long-term durability.

The candidate is expected to have advanced experience with SolidWorks and Autodesk tools, excellent communication and documentation skills, and the ability to educate oneself in a fast changing, pioneering industry.

Key Responsibilities

Design and own complex mechanical subsystems (1,000+ components) for humanoid robots
Refine existing mechanical assemblies to improve reliability, manufacturability, and modularity
Create and maintain detailed CAD models, drawings, and BOMs
Work in both SolidWorks and Autodesk environments for design and simulation
Collaborate closely with electrical, software, and controls engineers
Support prototype builds, testing, debugging, and iteration
Contribute to design standards, documentation, and long-term platform evolution
Explore novel actuator designs and joint mechanisms

Required Skills

Nice to Have

Robotics or humanoid systems experience
Experience designing actuators, robot arms, manipulators or mobile platforms
Deep knowledge of material sciences, lubricants and metallurgy
Exposure to manufacturing environments or automation systems
Experience achieving a variety of compliance standards