Top Industrial Engineering Jobs

Implement and coach lean manufacturing and standardized work on the production floor. Conduct time and motion studies, design efficient workstation layouts, support line launches, drive continuous improvement, resolve bottlenecks, create metrics, and collaborate across teams to improve productivity and reduce waste.

Design and implement lean material systems to optimize material flow, kitting, sequencing, storage, and delivery for assembly lines. Support PFEP, launches, layouts, labor analysis, and continuous improvement while ensuring safety, ergonomics, and cross-functional execution.

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.

The role involves ensuring tool capacity, data analysis, performance monitoring, capital request justification, and collaboration with teams to optimize workstation performance and capacity management.

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

Support aircraft maintenance, modification, and upgrade programs by scheduling work, analyzing production data and capacity, developing shop-floor schedules, applying Lean/Industrial Engineering methods to improve cost, quality, and schedule performance, creating process designs, validating resource utilization, and collecting shop-floor and aircraft production data for metrics and recommendations.

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

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.

Support manufacturing, maintenance, modification, and upgrades by analyzing productivity, developing layouts and capacity plans, implementing lean solutions, designing workflows, creating models and dashboards, supporting operations and production planning, and providing production and logistics visibility to improve schedule, cost, and quality.

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.

Lead continuous improvement and floor-based problem solving in a manufacturing plant: analyze production flow, downtime, throughput and quality; implement countermeasures; partner with maintenance, production, quality and supply chain; support equipment/process changes and manufacturing readiness; mentor team members and drive measurable improvements in safety, cost, and throughput.

Designs and implements lean material systems and kitting strategies to optimize part presentation, material flow, and delivery for assembly lines. Supports PFEP, creates layouts using CAD tools, drives continuous improvement, launch activities, labor optimization, and cross-functional implementation to improve throughput, ergonomics, cost, and quality.

Improve manufacturing processes by eliminating waste and optimizing workflows. Develop and analyze Manufacturing Master Schedules, apply critical path methodology, create crew plans and metrics, perform data analysis, and support manufacturing and maintenance teams to boost efficiency, quality, and schedule performance in a fast-paced, onsite production environment.

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

The role involves optimizing manufacturing systems, analyzing workflow, and implementing data-driven solutions to enhance production efficiency and effectiveness in aerospace manufacturing.

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.

The Industrial Engineer (Associate) analyzes and designs operations and workflows to enhance efficiencies, implements cost control measures, and develops time standards while supporting production operations.

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.

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.

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.

The Senior Industrial Engineer will optimize manufacturing processes, enhance facility utilization, reduce waste, and collaborate across departments to improve operations and sustain lean methodologies.

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

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.

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.