Robotics Mechanical Design Engineer in Burnaby

Robotics Mechanical Design Engineer in Burnaby

Burnaby Full-Time 81000 - 99000 $ / year (est.) On-site
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At a Glance

  • Tasks: Design and prototype cutting-edge humanoid robotics components using SolidWorks.
  • Company: Join a pioneering robotics company focused on innovation and teamwork.
  • Benefits: Competitive pay, flexible hours, and opportunities for hands-on experience.
  • Other info: Fast-paced environment with great potential for career advancement.
  • Why this job: Be at the forefront of robotics and make a tangible impact on technology.
  • Qualifications: Experience in mechanical design and knowledge of GD&T principles.

The predicted salary is between 81000 - 99000 $ per year.

Humanoid is seeking a Mechanical Engineer to advance the HMND‑01 humanoid platform.

You will design frames, joints, and actuators with Solid Works, apply ASME Y14.5 GD&T, and drive manufacturability in collaboration with electrical and software teams.

You will lead prototyping, test components, and select materials and methods balancing strength, weight, and cost.

The role emphasizes safety, documentation, and cross‑functional teamwork in a fast‑paced robotics environment.

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Robotics Mechanical Design Engineer in Burnaby employer: Groupe-Ebra-1

At Humanoid, we pride ourselves on being an exceptional employer in the heart of Vancouver, where innovation meets collaboration. Our dynamic work culture fosters creativity and teamwork, providing employees with ample opportunities for professional growth and development in the cutting-edge field of robotics. With a focus on meaningful projects and a commitment to employee well-being, we offer a unique environment that empowers our team to push the boundaries of technology while enjoying the vibrant lifestyle that Vancouver has to offer.

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Contact Details:

Groupe-Ebra-1 Recruitment Team

We think you need these skills to ace Robotics Mechanical Design Engineer in Burnaby

Mechanical Design
SolidWorks
ASME Y14.5 GD&T
Prototyping
Testing Components
Material Selection
Manufacturability