Robotics Controls Engineer

Location: Lewis Center

Controls & Robotics Engineer

Job Description

This Controls & Robotics Engineer role focuses on designing, programming, and commissioning advanced automation systems with a strong emphasis on robotics integration. You will work hands-on across the full project lifecycle, from initial concept and design through installation, commissioning, and customer handoff. In this position, you will build complete automation solutions that combine robotics, PLC controls, motion, vision, and safety systems into fully integrated, reliable, and high-performing industrial systems.

Responsibilities

* Design and program PLC-based control systems using Allen-Bradley and Siemens platforms.

* Develop and support robotic systems from initial concept through full integration into production environments.

* Perform offline programming, simulation, and system validation for robotic and automation systems.

* Integrate robotics, motion control, vision systems, sensors, and safety systems into complete automation solutions.

* Commission automation systems both in-house and at customer sites, including domestic and international locations.

* Troubleshoot system issues across electrical, mechanical, and controls components to ensure reliable operation.

* Support and execute system testing to verify performance, reliability, and safety requirements.

* Collaborate closely with mechanical, electrical, and project teams to deliver fully integrated systems on time.

* Provide on-site customer support and training during installation, commissioning, and handoff.

* Create and maintain comprehensive project documentation, including programs, schematics, and test records.

* Specify robotics solutions, including payload, reach, safety requirements, and integration details.

* Apply ISO standards and good engineering practices in controls design and implementation.

* Use test equipment and diagnostic tools to validate hardware, software, and system performance.

* Contribute to project planning and project management activities related to automation and robotics projects.

Essential Skills

* 6+ years of experience in controls engineering, robotics, or industrial automation.

* Strong PLC programming experience with Allen-Bradley and/or Siemens platforms.

* Hands-on experience with industrial robotics systems such as Fanuc, KUKA, ABB, or Yaskawa.

* Proven ability to perform offline programming and carry projects through full integration and commissioning.

* Experience commissioning automated systems and custom machinery in industrial environments.

* Strong troubleshooting skills across electrical, mechanical, and controls disciplines.

* Experience specifying robotics, including payload, reach, safety requirements, and integration constraints.

* Practical experience with controls design and automated systems software for industrial equipment.

* Ability to debug hardware and software issues in PLCs, robotics, motion, and related systems.

* Familiarity with test equipment and analog devices used in industrial control systems.

* Knowledge of sensor systems, motion control, and vision system integration.

* Understanding of ISO standards and their application in engineering design and controls.

* Strong project management capabilities related to automation and robotics projects.

* Background in electrical engineering or a closely related engineering discipline.

Additional

Skills & Qualifications

* Experience integrating and tuning motion control systems for industrial automation.

* Experience selecting, configuring, and integrating vision systems for inspection or guidance.

* Comfort working in a project-based, fast-paced engineering environment with changing priorities.

* Strong cross-functional collaboration skills with mechanical, electrical, and project teams.

* Clear and professional communication skills for working with internal teams and customers.

* Ability to create, organize, and maintain detailed technical and project documentation.

* Degree in engineering or a related technical field is preferred but not required.

Work Environment

This is an on-site role in a hands-on engineering environment focused on robotics and advanced automation. Work is primarily project-based,…