Industrial Engineer

Role Purpose Design, improve and sustain safe, reliable manufacturing systems that integrate people, equipment, materials and information. The Industrial Engineer translates ASD operating priorities into practical improvements in Safety, Quality, Delivery, Cost, Cash and People (SQDCCP), with emphasis on work measurement, labor standards, capacity, productivity and material flow. Work directly with operators, supervisors and value stream managers to solve operating problems at the gemba, establish repeatable processes and develop plant capability through the ASD Lean Operating System / D.O.O.R. Performance System. Deliver measurable improvements and verify that benefits are sustained in daily operations. Core Accountabilities Safety, Ergonomics and Work Design Apply the ASD Safety Golden Rules and partner with EHS to identify and reduce ergonomic, handling and process risks. Integrate safe work methods into workstation design and standard work. Evaluate reach, posture, lifting, repetitive motion and material presentation; recommend practical engineering controls and verify effectiveness with affected employees. Ensure proposed changes receive required safety, quality and technical reviews before implementation. Escalate unsafe conditions promptly. Work Measurement and Labor Standards Conduct time studies, work sampling and method analysis across shifts and representative product mixes. Separate manual time, machine time, setup, walking, waiting and avoidable losses. Develop and maintain documented labor and setup standards using approved methods, representative observations and justified allowances. Validate methods with operators and supervisors and update standards after process changes. Create standard work, work instructions and labor-balance charts with Operations and Quality. Establish sustainable staffing models that reflect demand, mix, training, breaks and operating constraints. Core Accountabilities — Continued Capacity, Constraints and Production Flow Develop demonstrated-capacity models using product mix, cycle times, changeovers, yield, downtime and available operating hours. Distinguish theoretical capacity from sustainable output. Identify system constraints and improve throughput through line balancing, setup reduction, workload redistribution and targeted loss elimination. Avoid improving local utilization at the expense of total flow. Support Materials and Planning with capacity, routing and run-rate inputs for demand planning, scheduling, build-ahead decisions and backlog recovery. Quantify gaps and alternatives before customer commitments are made. Layout and Materials Flow Design plant, cell and workstation layouts that improve safety, flow, space utilization and access for maintenance. Evaluate point-of-use storage, replenishment routes and packaging with Materials and Operations. Map current and future material and information flows; reduce unnecessary travel, handling, queue time and work-in-process. Establish pull, replenishment and inventory parameters with Materials where appropriate. Apply these methods to OHD door and component manufacturing, assembly, finishing, packaging and shipping processes as applicable to the assigned facility. ASD Lean Operating System and Problem Solving Support SQDCCP daily management, tiered escalation, leader standard work, visual controls and plant bowler priorities. Translate gaps into scoped projects with baselines, owners, milestones and sustainment plans. Facilitate PDCA, root-cause analysis, kaizen, 5S, standard work, value stream mapping and changeover reduction. Select tools based on the problem and coach employees in their practical use. Partner with Quality and Manufacturing Engineering on defect reduction, process capability, error prevention and equipment-loss analysis. Use OEE where relevant and distinguish availability, performance and quality losses. Financial Benefits and Project Execution Build business cases with Finance, including baseline, inve…

View the full posting and apply