Top Industrial Engineering Jobs

Implements lean manufacturing systems, analyzes throughput and bottlenecks, develops standardized work, and drives continuous improvement in a high-volume automotive manufacturing environment. The role coordinates plant-floor problem solving, process changes, ergonomic improvements, facility and workstation layouts, safety adherence, and production readiness. It works closely with production, manufacturing engineering, suppliers, and other departments to optimize labor, materials, equipment, space, quality, and cost.

Lead industrial engineering efforts to design, maintain, and optimize production systems. Develop layouts, capacity plans, workflows, models, and metrics. Drive process improvements, simulation, scheduling, operations planning, and implementation to improve schedule performance, cost, quality, and asset utilization while ensuring safety and ergonomic compliance.

Apply industrial engineering techniques to optimize 777x production: develop plant layouts, capacity and manpower plans, sequence operations, perform process modeling and time studies, create assembly instructions, support execution planning, and drive continuous improvement to reduce cost and improve quality.

Designs and optimizes production systems for Boeing’s MQ-25 program. Responsibilities include developing plant layouts, capacity plans, workflows, models, databases, and operational metrics; improving schedule performance, cost, quality, and manufacturing processes; preparing budgets and capacity analyses; supporting planning and scheduling; leading cross-functional initiatives; and ensuring safety, design, and ergonomic compliance.

Analyzes and improves production workflows, facility layouts, product flow, capacity, equipment utilization, line balancing, and operational efficiency. Develops time standards and standard work, conducts cost and inventory control studies, supports facility planning, and may assist with accident prevention and personnel training. This is a fully onsite industrial engineering role in Wichita, Kansas, supporting aerospace and defense manufacturing.

Leads industrial engineering initiatives across distribution centers, analyzing processes, equipment, layouts, storage, labor standards, and supply chain data. Develops and implements solutions that improve productivity, capacity, safety, quality, and network consistency. Serves as a subject matter expert, coordinates cross-functional programs, supports logistics and operations teams, and manages process and technology implementations across multiple distribution nodes.

Lead the design, optimization, and launch of advanced aerospace manufacturing systems and greenfield facilities. Responsibilities include factory layouts, production line design, material flow, capacity planning, line balancing, simulation, labor analysis, lean manufacturing, equipment installation, commissioning, and production readiness. The role partners cross-functionally to develop scalable factories, improve throughput and quality, establish manufacturing standards, and support production ramps, NPI, and future factory expansion.

Serve as a global SME for Industrial Metaverse technologies (PLCs, IoT, cloud/edge, digital twins, AI, EMC/RED, cybersecurity). Lead standards work, develop test programs, perform and supervise complex testing, train staff, represent UL externally, and support clients and continuous improvement across regional or global labs.

Support factory capacity planning, analyze operational data to improve productivity and cycle time, develop optimized facility layouts, track KPIs and reporting tools, support capital planning and data systems, and collaborate with global teams to implement best practices for semiconductor manufacturing efficiency.

Develop and deploy SCADA and industrial automation applications, validate requirements, write and optimize code, document installation and maintenance procedures, and collaborate with engineers, project teams, business analysts, users, and project managers. The role involves full-stack development, software integration, testing, CI/CD, and continuous learning. This is an on-site Cleveland position with 15–20% travel.

Supports prefabrication and manufacturing operations through industrial engineering analysis, workflow and workcell improvement, standard work documentation, production data analysis, Lean initiatives, material handling optimization, quality checks, and compliance documentation.

Plans semiconductor factory and equipment layouts, optimizes installation sequences, supports equipment installation and design reviews, resolves field issues, and develops standardized planning practices. Collaborates with construction, strategic planning, manufacturing, process engineering, and tool-install teams to align facility designs with long-term technology transitions and production objectives.

Supports industrial engineering and manufacturing process improvement initiatives, including workflow optimization, ergonomic and manufacturability assessments, equipment and labor allocation, capital expenditure analysis, root cause analysis, corrective actions, and safety audits. The intern also provides engineering support and interacts professionally with suppliers and community stakeholders.

Industrial Engineering Intern supporting Micron’s automated R&D factory. Responsibilities include identifying performance indicators, extracting and analyzing planning data, creating Tableau reports, designing infographics, and exploring workplace applications for AI. The role requires data extraction and visualization skills, with exposure to manufacturing, supply chain, and program management.

Leads industrial engineering for manufacturing operations, including capacity modeling, process and flow analysis, standard work, labor standards, OEE improvement, value stream mapping, facility layout, capital planning, and connected-factory implementation. Supports new product introduction, Kaizen events, ergonomic assessments, and continuous improvement. Partners across engineering, production, quality, and supply chain while mentoring operators, technicians, and junior engineers and helping develop the industrial engineering function.

Designs and builds industrial IoT systems connecting factory-floor equipment to cloud platforms. Responsibilities include edge data acquisition, secure connectivity, cloud ingestion, real-time analytics, operational dashboards, industrial protocol integration, and OT/IT architecture. The engineer collaborates with cross-functional teams, translates requirements into production solutions, participates in code and design reviews, troubleshoots systems, documents work, and mentors junior engineers.

Industrial Engineer Intern supporting process improvement in a high-volume steel manufacturing plant. Responsibilities include analyzing production and yield data, conducting time studies, identifying bottlenecks, evaluating equipment capacity, investigating root causes, testing improvement initiatives, maintaining records, and presenting recommendations. The intern will collaborate with production, quality, finance, and plant leadership while promoting safe work practices.

Develops manufacturing systems, work methods, plant layouts, capacity plans, production flows, and cycle-time standards for T-7 aircraft production. Applies work measurement, workflow analysis, Lean principles, process planning, and continuous improvement to optimize cost, quality, safety, and production efficiency. Collaborates closely with manufacturing engineering and production teams, supports rate and headcount planning, and contributes to new technical solutions and assembly-line development.

Analyzes and improves TACOM maintenance, logistics, and operational processes through workflow analysis, time studies, data analytics, Lean and Six Sigma methods. Develops process improvements, SOPs, reports, facility layouts, and performance recommendations while supporting scheduling, audits, inspections, safety compliance, and government reviews.

Optimize aerospace manufacturing processes via workflow and layout design, value stream mapping, time-and-motion studies, capacity analysis and line balancing. Drive continuous improvement using Lean/Six Sigma, develop KPIs and dashboards, integrate safety/ergonomics, and collaborate with engineering, manufacturing, and facilities to improve efficiency, quality, cost, and delivery.

Supports AFGSC Task Force leaders during transition from the Minuteman III to Sentinel ICBM system. Develops and documents site-specific industrial and environmental engineering plans, coordinates construction and civil engineering activities, and builds relationships with federal, state, and military agencies. Requires expertise with USACE, AFCEC, DoD requirements, and industrial systems including water, wastewater, fuel, natural gas, backflow, and bulk storage. The role is onsite at Minot Air Force Base and requires U.S. citizenship and eligibility for TS/SCI clearance.

Develops and sustains efficient manufacturing methods for compound semiconductor laser production. Responsibilities include capacity and cost analysis, dashboard creation, productivity and Lean Manufacturing improvements, material transaction accuracy, MES process development, manufacturing bills of materials and operations, tooling support, documentation, and cross-functional project execution.

Optimize manufacturing efficiency, capacity, product costs, labor productivity, quality, and lead times. Develop performance metrics and dashboards, assess manufacturing capabilities, apply Lean principles, analyze production data, and lead cross-functional process improvement and new product introduction projects. The role collaborates with production, engineering, and production control teams and may require work in a cleanroom environment.

Improves manufacturing and operational efficiency by analyzing workflows, calculating production capacity, developing performance dashboards, applying Lean Manufacturing principles, and using statistical modeling to support decisions. Manages cross-functional process-improvement and new-product-introduction projects within budget and schedule constraints. Collaborates with production control, procurement, supply chain, and leadership to enhance productivity and optimize operations.

This role involves improving supply chain performance through project management, business analysis, and process design, including automation and robotics.