Top Industrial Engineering Jobs

The Technical Marketing Engineer will analyze market trends in industrial robotics, translate technical capabilities into value propositions, support customer engagements, and participate in go-to-market execution.

The Industrial Engineer will improve operational efficiency by analyzing labor standards, supporting layout designs, and collaborating on process optimizations within fulfillment operations.

The Industrial Engineer III will optimize assembly processes for large equipment, improve efficiency, implement lean principles, and lead continuous improvement projects.

Lead developer relations to enhance the ecosystem of GPU applications in energy. Build relationships, unblock technical integration, translate requirements, and measure outcomes for NVIDIA platforms.

Lead initiatives to improve operational efficiency, reduce waste, optimize systems, and drive process innovation in manufacturing operations.

The role involves leading the design and deployment of industrial wastewater treatment solutions, focusing on creating processes for Food & Beverage clients, and requires extensive experience in wastewater treatment system design and engineering.

Support the Industrial Engineering team to plan, design, implement, and optimize production systems. Analyze workflows, perform time studies and cost estimates, design tooling and workstations, coordinate layouts and changeovers, ensure preventive maintenance, reduce scrap, monitor quality and implement continuous improvement while maintaining safety compliance.

Design and optimize high-speed automated and manual assembly systems through line balancing, work cell layout, material flow improvements, simulation modeling (FlexSim), and continuous improvement using Lean and Six Sigma to increase throughput, reduce bottlenecks, and improve quality.

The Industrial Engineer will collaborate on continuous improvement projects using Lean Six Sigma tools to optimize production efficiency, save costs, and ensure quality. Responsibilities include leading projects, developing feasibility studies, and creating standard operating procedures.

The Industrial Engineer leads optimization of manufacturing systems, improving safety, productivity, and efficiency through data-driven methods and Lean practices. Responsibilities include system design, analysis, and cross-functional collaboration for continuous improvement and support of New Product Introduction.

Lead design and implementation of efficient manufacturing systems and supply chain logistics. Guide production builds, perform root cause/corrective action analyses and trade studies, manage schedule and budget performance, apply program management to deliver products on time and within quality and safety standards, and mentor project teams to improve producibility and integration.

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.

Improve and standardize manufacturing processes to increase efficiency and safety. Lead engineering projects (DMAIC, DOE), conduct time studies and value stream mapping, support production troubleshooting, and manage capital equipment feasibility, procurement, installation, and integration while ensuring regulatory compliance.

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 Senior Industrial Engineer analyzes production processes to improve efficiency and quality, implements Lean Manufacturing principles, conducts time studies, designs facility layouts, and supports continuous improvement initiatives.

The Industrial Engineer designs operational systems for growth and efficiency in warehouse launches, leading initiatives to improve productivity and reduce costs.

Lead strategic transformation projects across Applied Global Services to improve productivity, reduce cycle time and costs, and embed continuous improvement. Own full project lifecycle: analyze as-is, quantify opportunities, design solutions, gain stakeholder buy-in, and drive implementation. Perform rigorous data-driven analysis of large datasets, present executive-level recommendations, and partner cross-functionally while applying program management and change-management disciplines.

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

Lead the design and operational launch of distribution centers and regional hubs. Develop standards for service warehouses, conduct network planning, and use data analytics for optimization. Manage multiple facility launches and collaborate with cross-functional teams.

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.

Support manufacturing and distribution projects from concept to production by improving layouts, processes, and workflows. Maintain CAD floor plans, conduct time-and-motion studies, analyze operational data, support continuous improvement, assist with capital equipment evaluations, and partner with production teams to implement practical process improvements.

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.

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

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

The Industrial Engineer will analyze operations and workflows, develop efficient production methods, conduct cost studies, and establish time standards while collaborating with engineering teams for facility design.