Top Industrial Engineering Jobs

Drive efficiency in a CNC machine shop, optimize production schedules, improve factory throughput, and ensure compliance with aerospace quality standards. Collaborate with teams to reduce cycle times and improve overall cost efficiency.

Lead material flow, storage, and inventory optimization for a modular home manufacturing facility. Design warehouse layouts, capacity models, and lineside presentation; implement NetSuite WMS workflows, SOPs, and training; deploy replenishment systems (Kanban/JIT); perform data-driven analytics and hands-on equipment commissioning to improve safety, throughput, and inventory accuracy.

Configure, program, test, and commission custom PLC-based control systems. Create and modify CAD control layouts, perform system maintenance, provide technical support and troubleshooting in shop and field, produce FAT reports and SOPs, and support technicians during commissioning with occasional onsite travel.

The Industrial Engineer supports the launch of new programs by improving material flow, planning workforce utilization, and consulting with suppliers. Duties include layout design, staffing calculations, and conducting time studies to enhance plant efficiency.

Design and validate manufacturing processes, optimize layouts and material flow, implement lean methods (5S, Kaizen, VSM, SMED), perform time studies and capacity modeling, support plant start-up, train staff, lead PFMEA and continuous improvement efforts to improve safety, quality, cost, and delivery.

Manage quoting, applications support, and order lifecycle for industrial air compressors and fabricated packages. Provide technical equipment selection, interpret specifications and drawings, maintain CRM and sales pipeline, coordinate vendors/fabrication/logistics, manage inventory/replenishment, communicate lead times and order status, and support process improvement.

Plant-focused industrial engineer who improves electric motor manufacturing through process analysis, SOPs, line balancing, equipment commissioning, automation integration, troubleshooting, and quality/cost improvements. Works cross-functionally with production, maintenance, quality, and supply chain to reduce defects, downtime, and waste while ensuring safety and regulatory compliance.

The principal industrial engineer manages lean manufacturing and continuous improvement initiatives, enhancing operational efficiency and productivity while minimizing costs and waste. Responsibilities include leading cross-functional teams, analyzing processes, monitoring KPIs, and providing training on continuous improvement principles.

Support continuous improvement by analyzing production processes, developing standardized methods, performing time studies, planning layouts, conducting ergonomic assessments, and implementing Lean/5S improvements to improve quality, throughput, and cost.

Lead Lean continuous-improvement initiatives to streamline manufacturing and warehouse workflows, reduce waste, and improve throughput. Analyze operational performance, drive root-cause investigations, implement process and system improvements (D365/Tracker/MES/WMS), develop standard work and validation protocols, support change management and training, and evaluate new equipment and technologies.

The Sr. Industrial Engineer is responsible for planning and implementing production systems, driving cross-functional projects, and improving processes to ensure performance and cost control.

Design and develop industrial control systems, PLC/HMI applications, EGSE and umbilical systems; produce electrical schematics and assembly drawings; support fabrication, installation, commissioning, troubleshooting, and supplier design reviews for launch vehicle ground systems.

Lead supply chain planning analysis and scenario-based planning to balance demand, supply, capacity, and inventory. Develop constraint-based plans, improve forecast accuracy, drive material/resource optimization, support cross-functional reviews, and implement continuous improvement and process standardization using advanced planning systems.

Analyze production work methods to develop labor standards, improve workflow and labor utilization, reduce waste, implement work improvement programs, prepare work-analysis reports, train operators/supervisors, and maintain/update procedures and operations guidelines on the production floor.

The Industrial Engineer will optimize operations in distribution centers by developing labor standards, improving processes, and collaborating with cross-functional teams. Responsibilities include data analysis, training, and project support to enhance efficiency and performance.

As an Industrial Engineer II, you will optimize production workflows for lunar products, collaborate with teams to enhance safety and efficiency, and drive continuous improvement initiatives.

Provide technical leadership and support for plant industrial engineers on material flow, workstation layouts, time standards, and lean documentation. Mentor teams, implement best practices, support new model launches, maintain central databases, assist Design for Assembly, and travel extensively (50%) to JIT plants.

Improve semiconductor manufacturing throughput and efficiency by measuring and optimizing labor, equipment, and processes. Lead capacity planning, identify continuous improvement opportunities, reduce cycle time variation, improve scheduling, and assist in facility layout and material flow using lean principles.

Optimize factory product flow by analyzing lead/queue times, cycle times, and throughput. Build scalable models, align SAP/MRP with executable schedules, develop scheduling tools, create metrics and visualizations, support digital transformation, and lead continuous improvement using agile methodologies in a manufacturing depot environment.

Develop and coordinate Master Production Schedules, integrate manufacturing schedules, build scalable models and scheduling tools, align SAP/MRP systems, perform risk and critical-path analysis, produce metrics and visualizations, and drive digital transformation and continuous improvement across manufacturing operations.

Plan and optimize utilization of facilities, equipment, materials, and personnel to improve operational efficiency at the White, Georgia manufacturing plant. Support production processes and drive continuous improvement initiatives.

Lead site industrial engineering and continuous improvement programs to improve performance, set plan numbers, drive data-driven decisions, and implement major plant improvement initiatives using Lean/Six Sigma methodologies while collaborating with senior leaders and site teams.

Design, analyze, and improve manufacturing processes, plant layouts, and integrated systems to boost productivity, quality, and space efficiency. Collect and analyze production data, conduct time studies, and collaborate across departments to implement process and facility recommendations, including sourcing and designing additional manufacturing locations.

Develop, test, and deploy Ignition-based and web applications; validate requirements; write and optimize code; create installation/maintenance documentation; collaborate with stakeholders and senior engineers; participate in ongoing learning and team knowledge sharing.

Maintain and repair plant mechanical equipment, diagnose faults, perform routine servicing and planned maintenance, support continuous improvement projects, interpret site drawings, collaborate with colleagues, and promote safety and regulatory compliance to ensure uninterrupted feed production.