Top Industrial Engineering Jobs

Design and optimize warehouse layouts and automated solutions, perform time studies and ROI analyses, develop pricing and staffing models, create dashboards and reports, lead process improvements, and manage stakeholder and vendor relationships across multiple 3PL sites.

Design and optimize warehouse layouts and processes across contract packaging sites and DCs. Perform time studies, productivity and ROI analyses, develop pricing/cost models, create implementation roadmaps, support continuous improvement, build reports/dashboards (Excel/SQL/BI), and manage vendor and stakeholder relationships to deliver safe, efficient, scalable operations.

The Industrial Engineer - LMS Specialist will optimize productivity and operational efficiency through LMS support, data analysis, and continuous improvement initiatives.

The Industrial Engineer III will plan, design, implement, and manage systems to ensure performance and cost control in production, improve processes, and support engineering teams.

Lead NPI and new build industrial engineering efforts: plan, design, and implement production systems for performance, cost control, and quality. Develop time standards, analyze IE metrics, manage layouts, maintain SAP/MES configs, produce quotes, support manufacturing builds, mentor engineers, and create 3D CAD/AutoCAD designs and 3D-printed components.

Support Industrial Engineering by preparing time studies, maintaining site and project layouts, updating process maps and the IEDB, entering configuration data into SAP and MES, and ensuring process standardization and data integrity to support continuous improvement.

The role involves developing labor standards, conducting time studies, analyzing constraints, improving throughput, and collaborating with teams to resolve job issues and enhance efficiency.

The Industrial Engineer will design, implement, and improve manufacturing systems, focus on process efficiency, quality assurance, and cost reduction while collaborating with teams to enhance productivity and sustainability.

The Industrial Systems Engineer will develop automated systems to improve productivity in semiconductor manufacturing, troubleshoot engineering issues, and manage projects effectively while collaborating with stakeholders.

The intern will assist engineering groups, complete assigned projects, and present findings, gaining hands-on experience in electrical systems.

This internship involves assisting with manufacturing engineering tasks, engaging in team projects, and developing leadership skills in a fast-paced environment, while contributing to real business scenarios.

The Industrial Engineer will develop and maintain factory capacity models, drive process improvements, manage projects, and analyze operational data to enhance manufacturing efficiency.

The role involves optimizing manufacturing processes, performing capacity analysis, maintaining labor models, tracking performance metrics, overseeing factory loading, and collaborating with cross-functional teams to enhance efficiency.

The Industrial Engineer will optimize production processes using Lean and Six Sigma tools, lead continuous improvement projects, and develop feasibility studies.

The role involves capacity modeling, conducting various analyses for decision making, optimizing equipment usage, and coding for process automation.

Design, build, and integrate automated biological production systems. Focus on transforming manual workflows into scalable systems while driving operational excellence and mentoring teams in process improvement initiatives.

The Industrial Engineer leads manufacturing process improvements, provides technical leadership, drives continuous improvement initiatives, and supports capital equipment evaluations.

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.

As an Industrial Cybersecurity Engineer, you'll assess and implement cybersecurity for OT systems, manage client engagement, and ensure adherence to regulatory standards, while collaborating closely with clients and internal teams.

Lead industrial manufacturing projects focusing on metals and magnets. Responsibilities include optimizing manufacturing processes, implementing lean principles, and supporting equipment procurement.

The Industrial Engineer will manage productivity by optimizing workflows, improving efficiency, and implementing engineering solutions in manufacturing processes.

As an Industrial Engineer at Ford, you'll optimize labor processes, support model capacity studies, and collaborate on production operations in Powertrain facilities.

The Senior Electrical Engineer oversees project delivery within industrial buildings, leading teams, managing budgets, and ensuring compliance with standards. They engage with clients and collaborate with multiple stakeholders while mentoring junior engineers.

Drive efficiency, productivity, and innovation by analyzing and optimizing logistics processes, implementing improvement strategies, and collaborating for operational excellence.

The HSE Engineer II ensures compliance with health, safety, and environmental regulations, develops safety programs, and conducts incident investigations.