Top Industrial Engineering Jobs

The Industrial Engineer role involves optimizing material flow, designing efficient material handling systems, and leading continuous improvement initiatives in logistics and safety compliance.

The role involves analyzing operations, optimizing workflows, conducting cost control studies, managing training programs, and assisting in facility design for improved production efficiency.

The Sr Industrial Engineer will lead process improvement initiatives, apply statistical methods, and manage projects to enhance operational efficiency in healthcare.

As an Industrial Engineer, you will optimize production systems, analyze workflows, implement process improvements, and support continuous improvement initiatives.

The role involves supporting warehouse operations, conducting time studies, improving processes, and managing capacity and storage strategy analysis.

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

Lead site-level scenario planning and decision-guidance by building and validating capacity, throughput, and resource models. Define decision criteria and data inputs, create dashboards and briefs, facilitate cross-functional workshops, and support implementation planning. Drive data quality, model fidelity, and governance while ensuring safety and Boeing standards compliance.

Lead cross-functional teams applying industrial engineering and project management to plan, analyze, and optimize production systems for the T-7A program. Develop layouts, capacity plans, schedules, workflows, models, and metrics; evaluate and integrate new technologies; implement facility and process improvements; ensure safety and ergonomic compliance to improve schedule performance, cost, and quality.

As a Senior Industrial Engineer, you'll optimize products and processes, develop workflows, conduct analyses, and implement improvements in manufacturing operations.

As an Industrial Engineer, you will optimize production processes, develop layouts and workflows, and ensure efficiency and quality in manufacturing.

The role involves optimizing manufacturing processes, leading standardization efforts, facility planning, and overseeing project objectives to enhance efficiency and reduce costs.

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

The Entry-Level Fabrication Industrial Engineer will optimize manufacturing systems, improve production efficiency, and manage resource planning for aerospace manufacturing.

The role involves managing DRAM product prototypes, forecasting engineering demand, and collaborating across teams for product development. Responsibilities include capacity planning, cost strategy management, and ensuring project targets are met.

The Experienced Industrial Engineer will focus on production engineering metrics, cost reduction projects, assembly fixtures development, and process improvement in the aviation sector.

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.

Lead supply chain optimization, packaging and container-return strategies, plant layout and material flow design, warehouse equipment strategy, and new-product launch coordination. Collaborate cross-functionally to improve efficiency, implement CAD-based facility designs, and support factory-of-the-future initiatives.

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

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.

The Industrial Engineer will optimize products and processes, develop layouts, evaluate technologies, and improve manufacturing efficiency while ensuring safety and quality standards are met.

Support lab test operations by optimizing workflows, capacity plans, and resource utilization. Analyze performance metrics, apply lean methods, assist lab modifications, ensure safety/ergonomics, and collaborate with cross-functional engineering and operations teams to improve test readiness and throughput.

Lead industrial engineering activities for aircraft maintenance and modification programs: design and improve production processes, capacity and schedule planning, data modeling and metrics, Lean/5S events, and resource optimization to improve efficiency, cost, and quality. Work onsite in manufacturing and office environments, interact with teams to collect/process data, and support program execution and process validation.

As an Industrial Engineer, you'll optimize products, processes, and services, develop plans and layouts, analyze workflows, and support production improvements at Boeing.

Support maintenance, modification and upgrade programs by designing, analyzing, and improving production systems. Lead capacity planning, shop-floor scheduling, data analysis, and Lean/IE initiatives to optimize efficiency, cost, quality and resource utilization. Develop models, spreadsheets, and metrics, conduct process observations, and implement improvements in manufacturing and office environments.

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