The Industrial Engineering Manager is responsible for leading a highâperformance engineering organization within a 24/7 automotive manufacturing environment. This role oversees automation, process engineering, testing, maintenance, and new product introduction (NPI) to ensure operational excellence across safety, quality, delivery, cost, and innovation. The manager sets the strategic direction for industrial engineering, drives continuous improvement, and ensures technical readiness for new technologies and production launches.
Strategic Leadership and Operational Excellence
⢠Develop and execute the Industrial Engineering strategy that meets plant targets for efficiency, cost, quality, and innovation
⢠Establish and monitor internal KPIs for engineering performance
⢠Lead organizational change to optimize processes, systems, and technologies
⢠Evaluate and implement new technologies to improve automation, process capability, and equipment reliability
Lean Manufacturing and Continuous Improvement
⢠Drive Lean principles across all shifts in a 24/7 operation, including Kaizen, standardized work, SMED, and waste elimination
⢠Responsible for continuous improvement and implementation of LEAN principles to include leading root cause problem-solving efforts for scrap reduction, yield improvement, and defect elimination.
⢠Utilizes and reinforces Lean Automation techniques for automation development
⢠Incorporates Simple / Robust into equipment design for highest equipment reliability
⢠Provides lessons learned input to design / development through Design for Manufacturing (DFM) reviews
⢠Provides new product build support through tooling development and procurement
⢠Introduces process programs and process parameters to support manufacturing operations
⢠Champion Total Productive Maintenance Program (TPM) to increase equipment reliability and OEE metrics
New Product Launch and Industrialization
⢠Oversee tooling development, automated assembly system procurement, and process validation for new product launches
⢠Ensure technical readiness of production equipment prior to Start of Production (SOP) and support process changes postâSOP
⢠Use Design of Experiments (DOE), Design for Manufacturing (DFM), Failure Mode and Effects Analysis (FMEA), control plans, and other engineering tools to ensure robust product and process development
Documentation and Compliance
⢠Ensure accurate documentation of processes, PâFMEA, control plans, parameter sheets, work instructions, and training materials
⢠Maintain adherence to customer, internal, and regulatory requirements for audits and inspections
⢠Promote standardization across all shifts to maintain consistent operating conditions
Continuous Improvement
⢠Contribute to the continuous improvement of the management system and quality manual with set up and optimization of procedures and policies
⢠Define, implement and monitor cost improvement projects
⢠Define strategic development direction of the Industrial Engineering department including the future roadmap of the plant
⢠Ensure technical availability of production equipment during launch phase prior to SOP
⢠Support technical changes in production following SOP
Leadership and Talent Management
⢠Lead leaders and teams within engineering, maintenance, and facilities ensuring alignment to company behaviors and performance standards
⢠Build organizational capability through coaching, succession planning, and skill development
⢠Foster a culture of safety, collaboration, accountability, and innovation in a 24/7 environment
Project and Financial Management
⪠Manage capital projects, budgets, and engineering resources for optimal ROI
⪠Ensure timely delivery of project gates, milestones, and customer requirements
⪠Track key financial KPIs including cycle times, depreciation, and staffing requirements
⪠Protect confidentiality of project data
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