Controls Engineer Recruiter
We find controls engineers for robotics companies across the USA. PID, MPC, trajectory optimization. The engineers who make robots move precisely and safely.
What a controls engineer does
Controls engineers design and implement control systems for robotic platforms: PID loops, model predictive control (MPC), trajectory optimization, force and torque control, impedance control.
They make robots move precisely and safely in physical environments. Most good controls engineers have strong mathematical backgrounds alongside software depth.
The discipline spans classical control theory through to modern optimization-based approaches. The best engineers can operate across both.
New to this discipline? Read our full guide on what a controls engineer actually does.
Why this role is difficult to hire
Deep mathematical grounding is required: control theory, optimization, dynamics. Many controls engineers sit in aerospace or automotive and do not identify as robotics engineers.
Assessing genuine controls depth versus someone who has tuned a few PID loops requires specialist knowledge that generalist recruiters do not have.
Title mismatches are common. The right candidate may be listed as a dynamics engineer, a flight controls engineer, or a mechatronics engineer, depending on their industry background.
Where controls candidates work
Humanoid robotics, industrial manipulation, surgical robotics, autonomous vehicles (motion planning overlap), and aerospace.
Usually in controls, motion planning, or dynamics sub-teams. Also in simulation and testing roles at companies with complex mechatronic systems.
Adjacent industries, particularly aerospace flight controls and automotive chassis dynamics, are a productive sourcing pool when approached with the right framing.
Boston and the Bay Area have the deepest controls talent pools in the US.
How we find controls talent
We identify candidates from control theory research groups, MPC practitioners in automotive, and robotics companies with strong controls teams.
We test for mathematical rigor, not just tooling familiarity. We know the difference between academic controls and deployed controls, and we assess candidates accordingly.
For more on hiring in this discipline, see our guide to hiring controls engineers.
Planning your interview process? See our controls engineer interview questions guide.
Example searches
- Humanoid robotics company needed a whole-body controls engineer with MPC experience. Placed from an aerospace flight controls background, same mathematics, different domain.
- Surgical robotics firm in Boston needed impedance control expertise. Candidate sourced from a haptics research lab with the right force-control depth.
- Industrial automation company needed a senior controls engineer for a high-speed manipulation system. Placed from a competing robotics company.
Salary landscape
Controls Engineers in robotics earn $190k-$250k base salary plus equity. MPC expertise and whole-body control experience for humanoid robotics command premiums. Defense-adjacent roles may include clearance bonuses.
Figures reflect US market data as of Q2 2026 and may vary by location, company stage, and seniority.
Who hires controls engineers
Industrial manipulation companies, humanoid robotics firms, surgical robotics businesses, drone manufacturers, and defense programs with autonomous systems.
Frequently asked questions
How much does a controls engineer earn in robotics?
Controls Engineers in US robotics companies earn $190k-$250k base salary plus equity. Engineers with MPC (Model Predictive Control) experience or whole-body control expertise for humanoid robotics command premiums at the upper end.
What skills do robotics controls engineers need?
Classical control theory (PID), modern control methods (MPC, LQR), trajectory planning, kinematics and dynamics modeling, simulation and hardware-in-the-loop testing, and strong C++ or MATLAB skills. Experience tuning controllers on real hardware is critical.
What industries hire controls engineers?
Robotics companies building manipulation systems, humanoid robots, industrial arms, autonomous vehicles, drones, and surgical robots. Also aerospace and defense programs with autonomous systems.
What is the difference between a controls engineer and an autonomy engineer?
Controls engineers focus on how a robot moves, executing precise motions, maintaining stability, and following trajectories. Autonomy engineers focus on what the robot decides to do, planning paths, making decisions, and managing behavior in complex environments.
Work with a specialist robotics recruiter
If you are hiring a controls engineer and need a recruiter who understands the discipline, get in touch. We will tell you quickly whether we can help.