Field AI
Robotics Autonomy Engineer, Manipulation
$100K–$200K
Irvine, CA +1 · On-site · Full-time · Posted Sep 5, 2026
- Location
- Irvine, CA
Peoria, Illinois - Experience
- 2+ years developing and deploying manipulation behaviors on real robotic systems (preferred); 3+ years in an industry or startup robotics setting is an extra.
- Education
- Master’s degree or higher in Robotics, Computer Science, Engineering, or related field; PhD strongly preferred.
About the job
Develop and deploy reliable whole-body manipulation autonomy for humanoids and arm-equipped quadrupeds, validating behaviors on real robots in field conditions.
What you'll do
- Develop whole-body control and manipulation behaviors, integrating learning-based and model-based policies with perception and locomotion.
- Train or adapt manipulation policies, including vision language action models, and deploy them on physical robots.
- Build simulation and evaluation pipelines, then test and harden behaviors through lab and field validation.
What they ask for
- Master’s degree or higher in Robotics, Computer Science, Engineering, or a related field; PhD strongly preferred.
- Deep expertise in robot manipulation or whole-body control, with hands-on experience using robot arms, hands or grippers, and humanoid or mobile manipulation platforms.
- Experience with manipulation planning and control, learning-based manipulation, and integrating perception.
- Strong Python and/or C++ skills in Linux-based development environments.
Nice to have
- 2+ years developing and deploying manipulation behaviors on real robotic systems (stated as preferred); 3+ years in an industry or startup robotics setting.
- Experience with loco-manipulation or whole-body MPC, VLA models, demonstration pipelines, dexterous hands or tactile sensing, deployment optimization, or sim-to-real debugging.
Pay
USD 100,000–200,000 (per-year-salary), base salary
Tools
Isaac Lab, MuJoCo, Drake, Python, C++, Linux, PyTorch, JAX
AI focus
Build learning-based manipulation policies, train from demonstration data, and adapt vision language action foundation models for robots and tasks.
Model-written summary · the original posting is authoritative