Top Industrial Engineering Jobs

Support manufacturing operations by analyzing throughput, developing manufacturing standards, improving production/process efficiency, extracting ERP data for analysis, performing time-studies and regression analysis, and leading cross-functional improvement and disposition activities.

Improve production and process efficiency across work centers by developing manufacturing standards, analyzing throughput using ERP data and time-studies, supporting cost estimation and product realization, leading cross-functional improvement teams, and dispositioning rework/inspection decisions.

Design, develop, and commission integrated automation systems combining PLC controls, robotics, and 2D/3D machine vision. Program PLCs and HMIs, integrate I/O and communications, configure vision platforms (Cognex, Keyence, LMI, Matrox, Mech-Mind, Photoneo), implement AI-enabled inspection, and perform onsite commissioning and troubleshooting to optimize system performance and safety.

Install, configure, integrate, and support TRUMPF Oseon and TruTops Boost for Smart Factory automation. Plan with customers, configure machinery for data exchange, perform upgrades, troubleshoot remotely and onsite, and provide local support in Chicago and Farmington with up to 50% travel.

Lead continuous improvement and industrial engineering efforts within Service and Repair to optimize capacity, reduce waste, analyze workflows, implement corrective actions, and deliver scalable process improvements. Partner cross-functionally, manage projects end-to-end, develop standard work, drive data-informed decisions, and provide on-site floor support across multiple service sites.

Coordinate project team communications and documentation for industrial construction projects, manage submittal/RFI logs, assist with bids and estimates, track and communicate scope changes, support change proposals, and participate in construction meetings while adhering to OSHA and company safety requirements.

The Senior Industrial Engineer role focuses on improving production performance, capacity modeling, and implementing continuous improvement initiatives in a manufacturing environment. Responsibilities include leading capacity analyses, standard work implementation, and mentoring junior staff.

Design and optimize manufacturing workflows and schedules using data analysis, modeling, and visualization. Align SAP/MRP and ERP systems, build scalable flow and scheduling tools, lead digital transformation, perform time studies, collaborate with IT/analytics, and support shop floor performance metrics and visualizations. Travel ~10%.

Lead factory design and production system development for satellite manufacturing. Responsibilities include layout and flow design, capacity modeling, NPI support, DFMA, lean continuous improvement, KPI reporting, and mentoring junior engineers.

Plan and execute fab capacity and capital spending to optimize factory output and reduce cycle time and costs. Build wafer routes and run capacity models for ramp plans and new product analyses, analyze capacity output, recommend tooling/retrofits/transfers, support manufacturing with advanced analytics, and train junior staff while working cross-functionally globally.

Design and optimize warehouse layouts and processes across contract packaging sites and distribution centers. Lead time studies, productivity analyses, ROI and cost modeling, and implement process improvements. Build reports/dashboards, propose automation solutions, manage vendor and stakeholder relationships, and support continuous improvement initiatives and safety/compliance efforts.

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.

Lead development and standardization of Industrial Ethernet networks for material handling. Maintain training and networking standards, provide design reviews, troubleshooting, cybersecurity-aware network design, cross-functional leadership, and network education; travel to sites as needed.

As a Sales Engineer in Industrial Automation, you'll support sales by specifying products, providing technical services, educating staff, and managing customer relationships.

Manage and maintain the Master Production Schedule for a defense manufacturing program. Translate demand into ERP forecasts, balance supply/demand with capacity, drive schedule fidelity, perform data analysis, coordinate across supply chain and program teams, and implement process improvements to ensure on-time delivery and cost/risk-informed recommendations.

Analyze and improve manufacturing operations using data analytics, metrics, and visualizations. Lead digital transformation, optimize product flow and scheduling, align SAP/MRP systems, perform time studies, capacity modeling, SPC and capability analysis, build scalable models and dashboards, communicate requirements with IT/ERP/data teams, and support on-site manufacturing with occasional travel.

Improve and standardize manufacturing processes, set work standards, perform cost and layout analyses, optimize resources, lead projects and implement new equipment and processes to increase efficiency in automated production.

Lead design and build core software primitives, platforms, and developer-facing tooling for machine-facing systems. Work across software, controls, hardware, and operations to create durable, extensible systems and support multi-facility deployments and partner integrations.

The Industrial Engineer II/III optimizes manufacturing processes, enhances efficiency, supports production activities, and leads continuous improvement initiatives, focusing on methods engineering and layout design.

Design, develop, and verify industrial control, data collection, and power systems for launch vehicle test and ground support. Create schematics and assembly drawings, develop/modify PLC/HMI applications, support fabrication/installation/commissioning, troubleshoot systems, and document procedures. Lead projects and review supplier designs.

The Industrial Engineer will optimize manufacturing processes and workflows, lead strategic initiatives, conduct analyses, and collaborate across multiple teams to enhance efficiency and scalability.

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

Support Sentinel program manufacturing by performing industrial engineering tasks: capacity analysis, time studies, scheduling, shop-floor layout, SQDEC metrics, MRAs, and cross-functional coordination to optimize production and report status to leadership.

Design, implement, commission, and troubleshoot industrial networks for manufacturing sites. Create network designs, BOMs, diagrams, and documentation; configure Cisco/Rockwell switches; support on-site installation, testing, and project lifecycle activities.

Design and improve manufacturing systems to increase efficiency, reduce waste, ensure quality and safety. Analyze production processes, implement Lean methods and technological improvements, design layouts, prepare inventory analysis and procurement, generate process documentation and reports, and collaborate cross-functionally to minimize production issues.