Top Industrial Engineering Jobs

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.

Lead industrial engineering activities supporting high-volume manufacturing and continuous improvement. Analyze throughput, labor, ergonomics, takt time, cycle time, and bottlenecks; drive lean initiatives; develop standardized work; validate layouts, process documentation, staffing, and material flows; automate reporting; resolve process issues; and lead cross-functional projects improving safety, quality, delivery, productivity, cost, and operational consistency.

Designs and improves aerospace manufacturing equipment and tooling for Boeing’s 787 program. Responsibilities include PLC programming, control-system integration, commissioning, validation, troubleshooting, reliability improvements, equipment acquisition, documentation, preventive maintenance, personnel training, and compliance with safety and quality standards.

Defines project scope and specifications, develops test programs, examines samples for UL compliance, coordinates lab activities and technicians, communicates results to clients, and supports development of test methods and UL requirements. May serve as project handler and travel to client sites for testing.

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.

Supports industrial engineering for Apache Helicopter production, focusing on low-volume assembly, production-system optimization, facility layouts, capacity planning, workflow analysis, scheduling, logistics, quality, safety, and ergonomics. Develops basic models, databases, spreadsheets, metrics, assembly instructions, and operations plans. Assists with process improvements, factory modifications, production planning, constraint analysis, and schedule, cost, and quality enhancements.

Optimizes lean material systems for assembly operations, including material flow, kitting, sequencing, storage, part presentation, layouts, and delivery methods. Supports PFEP development, plant launches, engineering changes, labor optimization, work measurement, ergonomic improvements, and continuous improvement. Partners cross-functionally with production, supply chain, engineering, and launch teams while coaching plant personnel on lean material handling practices. Requires onsite work in Lansing, Michigan, rotating shifts, overtime, weekends, and holidays as needed.

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.

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.

Develops and optimizes manufacturing systems, plant layouts, workflows, capacity plans, production processes, and assembly instructions. Analyzes data, constraints, and performance metrics; integrates facilities, equipment, personnel, supply chain, and design considerations. Leads cross-functional improvement initiatives, supports production planning and scheduling, implements lean manufacturing practices, and ensures compliance with safety, ergonomic, and design standards.

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.

Support manufacturing and facility operations by analyzing capacity, value streams, and material flows; develop strategic capital and expansion plans; identify and resolve production constraints; lead projects and mentor junior staff; apply Lean methods, simulation modeling, and industrial engineering tools to improve throughput and forecast management while engaging stakeholders and reporting to senior leaders.

Support enterprise workspace and industrial operations by evaluating capacity and value streams, identifying constraints, proposing improvements, leading projects, mentoring junior staff, applying Lean methods, performing facility expansion planning, and collaborating with stakeholders to improve production throughput and manufacturing efficiency.

Perform industrial engineering analyses (capacity, value stream, queuing), lead improvement projects, apply Lean tools, plan facility expansions, mentor junior staff, and engage stakeholders to optimize manufacturing, logistics, and test operations.

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

Lead analysis and design of distribution center processes, layouts, technology, and slotting to improve productivity, capacity, safety, and quality. Drive network-wide implementation, present data for supply chain decisions, and act as SME between corporate and field engineering and operations.

This role involves leading operational improvements, analyzing data for solutions, managing distribution center processes, and executing engineering projects in a retail distribution setting.

Design, build, and deploy end-to-end production AI applications for autonomous semiconductor operations. Responsibilities include data pipelines, model training and inference, APIs, front-end apps, digital twin integration, LLM and agentic AI integration, containerized cloud/edge deployments, GPU-accelerated optimization, and monitoring for operational use in manufacturing environments.

Partner with supply chain, operations, and stakeholders to design and execute automation, robotics, and process-improvement projects. Perform data collection and analysis, facility layout and ergonomic studies, labor standards development, cost-benefit analyses, and manage cross-functional projects to improve productivity, accuracy, capacity, and efficiency across distribution centers.

Supports automotive packaging and material-flow projects from quoting through production. Responsibilities include developing AutoCAD plant layouts, designing and sourcing custom racks, analyzing packaging requirements, managing budgets and suppliers, coordinating delivery and buy-offs, verifying rack functionality, creating unit load instructions, and optimizing pack quantities, fleet sizes, costs, safety, ergonomics, and logistics processes.

Design and optimize manufacturing cell configurations, standardize product routings and process documentation, perform facility planning and capacity studies, and lead continuous improvement (Lean) initiatives. Support project timelines, cost controls, and may supervise staff across entry to senior levels.

Lead supply chain optimization, packaging development, container return processes, plant layout and warehouse/material flow design. Support equipment strategy, maintenance, new product launches, and future-factory initiatives using CAD and data analysis while collaborating cross-functionally.

Optimize material flow and internal logistics using lean tools; design and implement material handling systems (AGVs/AMRs, forklifts, flow racks); support plant layout changes, new product launches, and workstation redesigns; lead kaizen events and drive continuous improvement; collaborate cross-functionally to resolve material flow issues and ensure safety and compliance.

The role involves capacity modeling, operational excellence support, cycle time reduction, KPI creation, and automating data analysis in semiconductor operations.

Designs and optimizes production workflows, facility and equipment layouts, and standard work to improve efficiency. Performs capacity analysis, line balancing, cost and inventory studies, and trend analysis. Leads continuous improvement projects and provides time standards and training to production personnel.