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# Humanoid Robotics Deployment Engineer

- **Company:** CAPITAL STAFFING SOLUTIONS
- **Location:** Menlo Park, CA, United States
- **Experience:** Expert
- **Salary:** $197,600.0 - $249,600.0
- **Contract:** Permanent contract
- **Skills:** 3d Models, Computer-Aided Design, Software Applications, C++ (Programming Language), Python (Programming Language), Machine Learning, Motion Capture, Pytorch, Transfer Learning, Delivery Pipeline, Information Technology
- **Published:** October 13, 2026
- **Apply:** https://www.indeed.com/viewjob?jk=c2e895a913fcec47

## About the Role

· BS/MS in robotics, EE, ME or CS, or equivalent hands-on experience

Nice-to-have Skills

· Robotics experience deploying things onto a robot i.e. machine learning models onto robots.

Years of Experience

· 5 years

Degrees/Certifications Required

· Bachelor's preferred - experience is considered

Qualifications:

· Compliance: onsite work with powered robotic hardware, lab and robot safety protocols, access to pre-release research artifacts.

Top 3 must-have HARD skills:

· BS/MS in robotics, electrical engineering, mechanical engineering, computer science or equivalent hands-on industry experience.

Good to have skills:

· Direct experience with commercially available mid-size or full-size humanoid platforms

· Whole-body control, locomotion or manipulation stacks

· Experience as the technical point of contact in a cross-organization or vendor hardware collaboration

· Teleoperation, motion capture, or data collection rigs for robot learning

· Experience diagnosing hardware failures and managing repair/spares logistics, · Creativity, verbal and written communication skills, analytical and problem solving ability.

· Team player and detail oriented.

· Ability to make sketches, engineering drawings and common computations.

· Ability to perform details calculations to compute and establish manufacturing, construction and installation standards and specifications.

· Ability to apply principles of automated theory to engineering projects.

· Previous experience with computer applications and design software related to engineering field.

Education/Experience:

· Bachelor's degree in engineering required.

## Description

· Hands-on deployment of learned policies to physical humanoid or legged robots, including bring-up, calibration and ongoing maintenance

· Real-time robot control and low-level integration (ROS/ROS2, onboard compute, sensor and actuator interfaces)

· Sim-to-real transfer, including domain randomization and policy validation in simulation before hardware rollout

· Python and C++, with PyTorch for model inference on embedded or onboard hardware

· Robot safety practices for operating full-size hardware around people

Typical Day in the Role:

· This role owns the path from trained model to reliable on-robot execution: standing up and maintaining a humanoid robot platform, building and owning the deployment pipeline from model checkpoint to real-time control on hardware, and running the sim-to-real loop that closes the gap between trained behavior and physical performance. The role also supports an external hardware collaboration, acting as the technical owner on our side., The main function of an automation engineer is to design, program, simulate, and test automated technology and processes in order to carry out specific tasks. The typical automation engineer is responsible for detailed design specifications and other documents in the process of creation., · Design, develop, and test the manufacture of automated equipment.

· Evaluate the cost effectiveness, reliability and safety of certain design models.

· Estimate time and cost to complete projects.

· Simulate and test machine/structure/system operation.

· Investigate and test vendors' and competitors' products., Scope: Owns the path from trained model to reliable on-robot execution - standing up and maintaining a humanoid platform, building the deployment pipeline from checkpoint to real-time control, and running the sim-to-real loop. Also acts as technical owner on our side of an external hardware collaboration.
Required skills: hands-on deployment of learned policies to physical humanoid/legged robots including bring-up and maintenance · real-time control and low-level integration (ROS/ROS2, onboard compute, sensors/actuators) · sim-to-real transfer with domain randomization · Python/C++ with PyTorch inference on onboard hardware · robot safety practices around people

Key Projects/Day-to-Day Responsibilities

· Owns the path from trained model to reliable on-robot execution - standing up and maintaining a humanoid platform, building the deployment pipeline from checkpoint to real-time control, and running the sim-to-real loop. Also acts as technical owner on our side of an external hardware collaboration.

Outside of current hiring need(s), will there be additional needs for contractors in the next 12-months (forecasting)?