Controls Engineering Supervisor

As a Controls Supervisor you will be a key member of the Advanced Technology Platform (ATP) Organization within the Automation and Controls Engineering (ACE) this role you will leverage strong capabilities in industrial processing controls software and IIoT systems to lead projects supporting manufacturing (PTME VO & BME) using advanced technologies. You will be a technical leader who:

• Collaborates with cross-functional teams including Manufacturing IT Global Vehicle Product Engineering (GVPE) Product Development Robotics & Automation and external suppliers.
• Benchmarks advanced technologies and develop supplier partnerships to support Zero Faults Forward (ZFF) capabilities.
• Provides technical leadership mentoring and rigorous knowledge documentation.
• Interfaces directly with Manufacturing Operations to identify and solve technical challenges and opportunities.
• Ensures lessons learned are identified documented and applied to all future projects to drive continuous improvement

As a Controls Supervisor you will ensure the technical integrity and operational excellence of our manufacturing systems. Your responsibilities include:

Standards Strategy & Design:

• Standards Management:Maintain and provide feedback on standards lessons learned and the useful life matrix; manage Basket of Goods costs and component selection.
• Risk & Compliance:Oversee the deviation process IT systems integration standards and machinery safety risk assessments.
• Design Leadership:Support cycle line/facilities layout and lead comprehensive controls design reviews.
• Virtual Commissioning:Lead the coordination with the GVPE team for Controls Virtual Commissioning to validate system logic and software in a digital environment ensuring a seamless transition to physical installation.

Strategic Leadership & Program Delivery:

• Simultaneous Engineering:Co-lead meetings with Tier I suppliers and orchestrate controls program reviews across the program lifecycle (from study phase to launch).
• Organization Driver:Resolve critical issues regarding feasibility timing cost and workload; drive the implementation of standard software/hardware architectures globally.
• Innovation:Deliver non-program controls projects and lead initiatives tied to Smart Factory and the PTME technology development process.

Operational Excellence & Validation:

• Technical Oversight:Provide high-level troubleshooting and fault analysis expertise for downtime resolution.
• Data & System Validation:Provide direction and validation for FIS/IIoT data Andon system functions PLC logic and station numbering.
• Performance Optimization:Utilize Industrial Engineering concepts (constraint and productivity analysis) to optimize system throughput.
• Mentorship:Teach coach and mentor the engineering team ensuring Lessons Learned are captured and applied to future strategies.

To be successful in this leadership role you must have an extensive technical background and the ability to manage complex program deliveries.

Basic Qualifications:

• Education:Bachelors Degree in Electrical Engineering or a related discipline.
• Experience:Minimum of 10 years of experience in controls engineering.
• Leadership:Strong project management organizational and interpersonal skills with the ability to work effectively in a team environment.
• Delivery:Significant exposure to all program delivery elements from the cost study phase through to final launch.

Technical Skills & Knowledge:

• Automation Programming: Deep knowledge of programming principles for Industrial Automation including Schneider Bosch Siemens and Rockwell.
• Troubleshooting:Hands-on ability to troubleshoot PLC robot vision and other complex automation issues.
• Systems & Networking:Experience with networking/communication protocols field bus protocols and communication network architectures.
• Specialized Systems: Knowledge of RFID systems (complexity management scheduling QOS) and extensive knowledge of IT standard applications (e.g. IIoT QLSM QWX QDAS OBL PDS).
• Safety & Standards:Knowledge of international electrical/safety standards (UL ISO IEC) and internal/external safety processes (Risk Assessments PSS Integrated Safety).
• Engineering Fundamentals:Ability to read and interpret Electrical Pneumatic and Hydraulic prints.

• Process Engineering:Familiarity with GPDS deliverables and the plant operational impact of controls designs.

Soft Skills:

• Innovation:Ability to generate new ideas to improve legacy processes and solve complex problems.
• Leadership & Coaching:A dedicated mentor capable of teaching and developing a high-performing engineering team.
• Communication:Strong interpersonal skills to navigate Tier I supplier relationships and internal management reviews.
• Organizational Excellence:Exceptional time management skills with the ability to prioritize high-impact tasks in a fast-paced environment.
• Collaborative Problem-solving: Abilities and mindset for working across multi-functional teams.