Robotics and Automation Executive Search for Engineering Leaders

Robotics and automation hiring fails for a predictable reason: the people screening resumes cannot tell the difference between engineers whose titles look identical. A controls engineer who has spent six years writing ladder logic for discrete packaging lines and a motion controls engineer who has tuned multi-axis servo systems to sub-millimeter repeatability are not interchangeable, and no keyword filter will separate them. TradeTech Search Group exists to make that distinction before a candidate ever reaches your calendar.

The robotics engineering market in the Northeast

Connecticut, Massachusetts, and the surrounding states hold an unusual concentration of robotics demand: aerospace and medical device manufacturers automating precision assembly, systems integrators building custom cells for food and pharma, venture-backed mobile robotics companies scaling out of Boston and New Haven, and legacy manufacturers finally retrofitting decades-old lines. All of them compete for the same narrow pool of engineers who have shipped hardware that runs in production.

That competition has two consequences. First, the strongest candidates are almost never actively looking. They are eighteen months into a program they care about and will only move for a defined technical step up. Second, compensation bands have decoupled from traditional manufacturing pay scales, so employers anchoring to a five-year-old range quietly disqualify themselves. We map the market by name, approach passive engineers directly, and give you honest data on what an offer has to look like to be competitive in this region.

Where our robotics search work concentrates

• Robotics software and autonomy: ROS/ROS 2, motion planning, SLAM, state estimation, behavior systems, and simulation-in-the-loop validation.
• Controls and motion: PLC and PAC programming, servo and stepper motion control, EtherCAT and industrial networking, safety-rated control architecture.
• Perception and machine vision: 2D/3D vision, camera and lidar calibration, inspection systems, and vision-guided pick-and-place.
• Mechatronics and hardware: end-effector and tooling design, actuator selection, structural and thermal tradeoffs in high-duty-cycle cells.
• Integration and commissioning: engineers who have stood a cell up on a customer floor, debugged it live, and handed it over.
• Engineering leadership: Robotics Directors, Controls Engineering Managers, and VPs of Engineering who can carry both the technical roadmap and the hiring plan.

How we screen robotics candidates

Every candidate we present has had a technical conversation with a partner. We ask about failure, not features: the cycle-time regression that took three weeks to trace, the gripper redesign after a field failure, the decision to abandon a planner that looked elegant in simulation. Engineers who have genuinely owned production systems answer those questions in specifics. Engineers who have watched someone else own them cannot.

You receive a shortlist of three to five candidates with a written assessment of technical fit, motivation to move, compensation expectations, and any risk we see at the offer stage, including counteroffer exposure, which is the single most common reason robotics searches collapse at the finish line. For hard-to-fill leadership mandates we recommend a retained search; for individual contributor roles with a healthier candidate pool, contingency search is usually the right economics.

Who we work with

Industrial robotics OEMs, systems integrators, contract manufacturers, medical device and aerospace producers, warehouse and logistics automation platforms, and early-stage robotics companies making their first ten engineering hires. If your product moves, senses, or decides, this is the practice that covers you.