Controls Engineer

General Motors

14d

About The Position

General Motors is building a pipeline of Controls Engineers to support the design, integration, launch, production, and continuous improvement of advanced manufacturing systems. Opportunities may exist across vehicle assembly, body, paint, powertrain, battery, casting, stamping, propulsion, robotics, conveyors, plant-floor systems, and other manufacturing engineering organizations. The role designs, develops, integrates, commissions, validates, and sustains industrial controls and automation systems used in manufacturing. It translates manufacturing, equipment, safety, quality, delivery, and production requirements into practical controls solutions, and develops or reviews hardware and software designs for systems such as PLCs, HMIs, robots, drives, safety systems, industrial networks, machine vision, error proofing, and plant-floor interfaces. Controls Engineers support equipment and process development from early concept and investment studies through supplier design reviews, build, offline testing, installation, commissioning, production launch, and steady-state support. They collaborate with cross-functional engineering, plant, supplier, and support teams; troubleshoot complex issues and drive corrective actions; and support equipment buyoffs, integration, testing, and production readiness. The role also applies GM standards and standardized work, coordinates project scope and technical deliverables, documents engineering decisions and lessons learned, and contributes to continuous improvement and advanced manufacturing initiatives. Technical direction, mentoring, training, or work coordination may be provided as appropriate to the role.

Requirements

Bachelor’s degree in Electrical Engineering, Controls Engineering, Electronics Engineering, Mechatronics, Computer Engineering, Automation Engineering, or a related discipline; equivalent relevant experience may be considered where applicable.
Experience with industrial controls, automation, manufacturing equipment, systems integration, or a closely related engineering discipline.
Ability to read and interpret electrical schematics, controls architecture, equipment layouts, and related technical documentation.
Demonstrated analytical, troubleshooting, problem-solving, and decision-making skills.
Ability to work effectively with cross-functional teams, suppliers, plant personnel, and geographically distributed engineering organizations.
Strong written and verbal communication, organization, planning, and project execution skills.
Commitment to a safe, inclusive, and collaborative work environment.

Nice To Haves

Experience with automotive, battery, powertrain, aerospace, consumer products, logistics, or other high-volume manufacturing environments.
Experience with PLC, HMI, robot, drive, safety, industrial Ethernet, fieldbus, machine vision, MES, error proofing, or plant-floor systems.
Experience with Rockwell/Allen-Bradley, Siemens, or comparable controls platforms.
Experience with controls hardware and software design, supplier management, equipment build, offline testing, commissioning, production launch, or plant support.
Familiarity with manufacturing engineering standards, common controls architectures, structured troubleshooting, and change management.
Experience with emulation, simulation, digital manufacturing, programming, scripting, data interfaces, or engineering automation tools.
Project management experience, including scope, schedule, risk, issue, budget, and stakeholder management.
Professional Engineer license, advanced degree, technical certification, or demonstrated leadership of engineering work.

Responsibilities

Design, develop, integrate, commission, validate, and sustain industrial controls and automation systems for manufacturing operations.
Translate manufacturing, equipment, safety, quality, delivery, and production requirements into practical controls solutions.
Develop or review controls hardware and software designs, including PLCs, HMIs, robots, drives, safety systems, industrial networks, machine vision, error proofing, and plant-floor interfaces.
Support equipment and process development from concept and investment studies through supplier design reviews, build, offline testing, installation, commissioning, production launch, and steady-state support.
Collaborate with Manufacturing Engineering, Product Engineering, plant operations, maintenance, quality, safety, information technology, suppliers, and other cross-functional teams.
Troubleshoot complex equipment and process issues, perform root-cause analysis, and drive corrective actions through closure.
Review supplier deliverables and support equipment buyoffs, system integration, reverification, acceptance testing, and production readiness activities.
Apply GM standards, templates, engineering tools, and standardized work to improve safety, quality, cost, timing, maintainability, and commonality across programs and facilities.
Coordinate project scope, timing, risks, issues, technical deliverables, and stakeholder communications.
Document designs, decisions, lessons learned, and standardized work; share knowledge with engineers, suppliers, and plant teams.
Contribute to continuous improvement, technology development, emulation, simulation, digital manufacturing, and factory-of-the-future initiatives as applicable.
Provide technical direction, mentoring, training, or work coordination for less-experienced engineers and project resources as appropriate to the role.