Technical expert focused on vehicle motion control and safety controllers, ensuring operational uptime and reliability of safety-critical ECUs and fleet.
Compensation
$75 – $78/hr on W2 (All inclusive)
Responsibilities
Serve as the primary technical point of contact for real-time escalations involving the vehicle's primary and backup motion-control units, including controller faults, unreachable or unresponsive controllers, and failed resets.
Conduct in-depth root cause analysis to implement both interim and permanent corrective actions on motion-control and safety-controller faults.
Diagnose and resolve complex issues across the primary motion controller's dual-processor architecture (compute and monitor processors) and the backup controller's takeover path, including fail-operational behavior and safe-stop (minimal-risk maneuver) execution.
Diagnose network and gateway faults in the motion-control domain, including CAN, CAN-to-Ethernet gateway communication, and bus error conditions that lock up or stale controller messaging.
Troubleshoot command and feedback paths between the primary compute and the motion-control units, and between those units and downstream ECUs (e.g., body, thermal, powertrain, and chassis controllers).
Requirements
Bachelor's degree in Electrical/Electronics Engineering
Industrial Automation Solution Engineer for Machine Builder
Compensation
At least CZK 34,000 per year to personalize your benefits from categories like: Finance: contributions toward pension, life insurance, and/or long-term investment products (DIP), plus an Employee Stock Ownership Plan
Responsibilities
Design innovative technical solutions and act as a trusted advisor for strategic Machine Builder customers across EMEA
Provide expert consultancy on machine concepts, complete automation and system architectures, and industrial digital thread strategies
Engineer tailored technical applications and system architectures using SIMATIC, SINAMICS and PC-based systems; optimize branch-specific technological processes
Support customers in defining future-oriented automation and digitalization roadmaps
Collaborate with Solution Managers to ensure successful development, scaling and long-term success of strategic OEMs across EMEA
Requirements
University degree (B.Sc./M.Sc.) in Electrical Engineering, Mechanical Engineering, or a related technical field
Nice to have: professional engineering experience in Packaging, Plastics, Automotive, A&D, Printing & Converting, Battery, Electronics & Semiconductors, Robotics & Handling, Intralogistics, Industrial Cranes
The Automation Engineer is responsible for the design, development, commissioning, and support of industrial automation and control systems for Weber equipment and integrated production lines. The role supports North American projects while collaborating with global engineering teams to deliver scalable, reliable, and maintainable software solutions across multiple PLC platforms.
Responsibilities
Design and develop PLC, HMI, motion control, and safety control software.
Configure and integrate third-party equipment into complete production line solutions.
Participate in machine commissioning, FATs, SATs, and startup activities.
Troubleshoot and resolve automation, controls, and communication issues.
Support standardization and modularization of software architecture.
Controls Engineer responsible for testing, validating, and troubleshooting safety systems, PLC logic, and automated equipment in manufacturing environments.
Locations (5)
East Tawas, Michigan, United States
Oscoda, Michigan, United States
Au Gres, Michigan, United States
Tawas, Michigan, United States
Harrisville, Michigan, United States
Compensation
Salary Range: $77,000 - $122,000 depending on experience
Support the development, integration, and maintenance of advanced robotic and automation systems used in proprietary oligonucleotide synthesis and biotech manufacturing operations.
Responsibilities
Design, develop, and maintain automated electromechanical and robotic systems
Support proprietary oligonucleotide synthesis robotic systems and automated manufacturing platforms
Perform robotic system assembly, integration, testing, and troubleshooting
Develop mechanical and electrical designs using SolidWorks
Create and maintain electrical schematics, wiring layouts, mechanical assemblies, and BOMs
The Automation Engineer III identifies, develops, implements, and supports automation solutions that improve manufacturing safety, quality, productivity, capacity, reliability, and cost performance.
Responsibilities
Identify, design, and implement automation systems - robotics, motion control, material handling, sensors, machine vision, automated inspection - that improve productivity, quality, capacity, ergonomics, and safety.
Provide advanced engineering support and structured root-cause troubleshooting for equipment, controls, mechanical, electrical, and process issues.
Develop corrective actions and improvements that increase equipment reliability, uptime, throughput, and maintainability.
Monitor equipment/process performance using operational data, alarms, and downtime to identify recurring failure modes and predictive-maintenance opportunities.
Maintain equipment configurations, specifications, control requirements, and documentation needed to keep equipment in a validated, controlled state.
Design, develop, program, and support the electrical control systems used on rotary and linear labeling equipment, including electrical schematics, PLC and HMI programming, motion control, industrial networks, and machine safety systems.
Responsibilities
Apply electrical engineering principles to the design and development of automated rotary and linear labeling equipment and related systems.
Design electrical control panels, machine wiring systems, power distribution, and control architectures that meet applicable UL, NEC, NFPA 79, NEMA, and CE requirements.
Create, review, and release accurate electrical schematics, panel layouts, technical drawings, and specifications using AutoCAD Electrical or equivalent software.
Develop, modify, and troubleshoot PLC, HMI, servo motion, variable frequency drive, safety, and industrial network applications, with emphasis on B&R controls platforms.
Interface with project managers, mechanical engineers, manufacturing personnel, field service technicians, and customers to clarify specifications and project objectives.
Requirements
Bachelor's degree in Electrical Engineering
Bachelor's degree in Electrical Engineering Technology
Automation EngineerNewWeber Human Resources · Kansas City, US