Top Industrial Engineering Jobs

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.

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.

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.

Optimize manufacturing systems for aerospace aerostructures by analyzing workflow, performing time-and-motion studies, balancing lines, conducting capacity and simulation analyses, applying Lean/Six Sigma and VSM, developing KPIs and dashboards, collaborating with engineering and manufacturing, and integrating safety and ergonomic improvements.

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.

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.

Join the Operations Compliance team to improve manufacturing processes using Lean Manufacturing principles, collaborate with technical teams, and become a Subject Matter Expert in Quality Management.

As an Industrial Engineer at Boeing, you'll analyze operations and workflows, optimize production efficiency, manage training, and conduct cost-control studies. You will also develop time standards and utilize analytical skills for production improvements.

The Industrial Engineer will manage projects to improve supply chain efficiency, focusing on automation, process design, data analysis, and stakeholder engagement.

Lead manufacturing-focused project management across North American plants: supplier changes, part qualification, capacity growth, new tooling, and process/plant setup changes. Coordinate with internal stakeholders and external suppliers, update project tools (JIRA, i-Project, i-Save), report weekly A3/BOC status, and drive improvements in safety, quality, productivity, and service using QVE or similar methods. Travel to supplier and client sites as needed.

Analyze and improve manufacturing processes using Lean and continuous improvement methods. Conduct time studies, capacity planning, and workflow analysis. Support layout, standard work, OEE improvement, capital projects, automation, root-cause investigations, and cross-functional collaboration to boost productivity, quality, safety, and reduce waste and costs.

The RFAB Module Industrial Engineer at Texas Instruments focuses on improving manufacturing operations through performance analysis, capacity modeling, data validation, and collaboration across departments to optimize equipment utilization and operational performance.

The Industrial Engineer will design process improvements, facilitate critical thinking in manufacturing, and analyze data for operational efficiency. Travel to client sites is required.

Support supply chain decision-making using industrial engineering, data analysis, and systems thinking. Build analytical models, dashboards, and process documentation; analyze master data and operational processes; identify drivers of variability and improvement opportunities; validate planning assumptions; and communicate and help implement recommendations with cross-functional teams.

The Sr Industrial Engineer will mentor junior engineers, analyze data, lead analytics application implementation, and drive continuous improvement processes.

Design and scale operational systems for network growth, acquisitions, and new warehouse launches. Lead IE workstreams, develop labor models and engineered standards, drive productivity and cost-reduction initiatives, mentor CI engineers, and quantify network-level impact through data-driven operating models.

The Industrial Engineer I develops best practices, conducts time-motion studies, implements Lean and Six Sigma methodologies, and assists with operational excellence initiatives to improve customer satisfaction and efficiency.

The Industrial Engineer II is responsible for optimizing logistics processes, conducting time studies, implementing improvement solutions, and supporting strategic initiatives in warehouse environments.

The Senior Industrial Engineer will optimize logistics and distribution processes through project management and engineering initiatives in a warehouse and transportation setting.

The Industrial Engineer III leads process improvement initiatives, coordinates New Product Introductions, and ensures operational excellence within manufacturing systems.

Lead and implement process improvement initiatives across the value chain using GFS; coordinate New Product Introductions; transform facilities and mixed-model lines; document procedures; deploy standard tools and demand-driven strategies; optimize layouts, equipment, and material flow; collaborate with shop floor to improve manufacturing efficiency. Occasional travel.