Top Industrial Engineering Jobs

Design and optimize automated material flow and ASRS solutions for manufacturing. Lead cross-functional projects to improve automation, implement AMRs/robotics, use simulation and digital manufacturing tools, apply Lean/Six Sigma methods, and support equipment launches and production startups.

Support plant divisions to drive cost optimization and operational excellence using Lean/MAFACT/WCM methodologies. Lead multiple improvement projects including material flow, labor productivity, layout, PFEP, VSM, time studies, and capital implementations. Facilitate workshops, perform assessments, present recommendations to senior management, coach plants on implementations, track results, and develop training and standards.

Apply industrial engineering principles to design, optimize, and maintain production systems, layouts, workflows, and capacity plans. Develop models, spreadsheets, and metrics to analyze processes, improve schedule performance, reduce costs, and ensure safety and ergonomic compliance in a manufacturing environment.

Lead cross-functional teams to plan, design, and optimize production systems, plant layouts, workflows, and capacity. Develop project schedules, resource plans, models and metrics; evaluate and integrate new technologies; drive continuous improvement, cost reduction, safety and quality for the T-7A production program.

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.

Support Minuteman III GNSR production by designing and optimizing plant layouts, capacity plans, workflows, and safety/ergonomic measures. Analyze data and metrics, lead LEAN/OneBPS activities, implement facility modifications, ensure AS9100 compliance, and provide technical solutions to internal and external stakeholders. Role is fully onsite and requires security clearance.

Lead industrial engineering projects to improve safety, quality, productivity, and cost in high-volume manufacturing. Design and maintain labor standards, line balance, and standardized work; deliver productivity and headcount optimization; support launches and model changes; analyze manufacturing data to drive corrective actions; partner with cross-functional teams and mentor early-career engineers while ensuring compliance with GM safety and quality standards.

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.

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

The US Expansion Planning Engineer at Micron will optimize equipment capacity, analyze financial data related to new equipment, and improve planning processes through collaboration and data analysis.

Serve as primary technical contact for customers of Industrial IoT products: onboard and train users, diagnose and resolve complex technical issues, manage complaints, provide product feedback to engineering, analyze recurring system problems, and collaborate cross-functionally to improve products. Role requires customer-facing support and up to 25% travel.

Work with production leadership to implement Lean Manufacturing and GM Global Manufacturing System. Perform time and motion studies, design safe efficient work operations, maintain routings and workstation layouts, drive continuous improvement, support line balance and production trials, and train/coaching production teams to improve throughput and reduce waste.

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.

Design, develop, and maintain manufacturing scheduling and automation systems. Analyze production data, build ETL pipelines, dashboards, and reports, apply simulation and statistical methods to optimize throughput and cycle time, investigate root causes, support 24/7 systems on-call, and lead cross-functional projects to improve fab performance.

The Associate Industrial Engineer analyzes and designs operations to improve efficiency, conducts cost studies, develops time standards, and assists in facility planning and training.

As an Industrial Engineer, optimize products and processes, develop plant layouts, conduct workflow analysis, and improve operational efficiencies.

Lead design, stabilization, and improvement of composites production systems. Develop layouts, capacity plans, models, and metrics; drive process improvements, planning, scheduling, and recovery to improve quality, cost, and schedule while ensuring safety and compliance.

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.

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.

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.

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

Design and optimize factory layouts, material flow, and pilot cells for aerospace hardware. Create 2D/3D models, run discrete-event simulations, balance lines, define kitting/packaging standards, lead cross-functional reviews, and validate installation through time studies and performance analysis.

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.

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