Top Industrial Engineering Jobs

Analyze, design, and optimize aluminum extrusion and drawing manufacturing processes to improve throughput, quality, and cost. Lead continuous improvement (Kaizen, Six Sigma), conduct time studies and root cause analysis, implement process controls and SOPs, support automation and capital projects, train staff, and ensure regulatory, safety, and quality compliance.

Design, program, and support PLCs and HMIs; troubleshoot automation, electrical, and communication systems; lead reliability and modernization projects; analyze performance data; support installations, backups, testing, and documentation in a manufacturing environment.

Lead wafer‑fab capacity, labor and dispatching models; perform capacity and cycle‑time analysis; maintain site systems; run Kaizen and cross‑functional improvement projects to increase productivity.

Supports aerospace manufacturing operations through facility and shop-floor layout design, time studies, capacity analysis, production scheduling, labor standards, workflow automation, and continuous improvement. Tracks hardware deliveries, schedules, SQDEC performance metrics, costs, and problem resolution. Collaborates with manufacturing, supply chain, quality, product, and leadership teams; creates technical briefings and coordinates work across multiple sites.

Design and deliver industrial electrical systems including PLC control panels, MCCs, VFDs, PLC I/O schematics, motor control circuits, UL508A/NEC-compliant drawings, BOMs, three-line diagrams, and conduit/cable layouts. Coordinate with clients, contractors, and multidisciplinary teams, support field installation and startup, lead project portions, and mentor junior engineers.

Design and engineer control system hardware and software. Manage projects, ensure documentation accuracy, and provide customer training. Responsible for project completion on time and budget.

The Project Analyst II is responsible for advancing the card issuance strategy through data analysis, project management, and collaboration with internal and external partners to optimize processes and improve financial outcomes.

Design and deliver instrumentation and control systems for mining, power, and energy projects. Create I&C drawings and specifications, design PLC/DCS/HMI/SCADA architectures, industrial networks, and control rooms. Support procurement, construction, commissioning, site investigations, and project coordination across multidisciplinary teams.

Own factory-level performance and scaling by connecting demand, labor, equipment, space, and material flow into an integrated production system. Analyze production data, run time studies, build capacity and labor models, identify bottlenecks, design layouts and operating strategies, lead CI and automation business cases, partner with cross-functional teams, and drive implementations that increase throughput, utilization, and cost efficiency.

Support project managers on mechanical and piping industrial construction projects by planning schedules, coordinating personnel, processing administrative tasks, preparing reports, and resolving schedule or budget issues to ensure on-time, on-budget delivery.

Maintain, troubleshoot, and program automated manufacturing equipment; repair MIG welding systems; read and update electrical, pneumatic, and hydraulic schematics in AutoCAD; troubleshoot PLCs and network communications; lead equipment improvement projects; support preventive maintenance programs and ensure safe operations.

Lead continuous improvement projects across multiple manufacturing facilities using lean methods. Analyze workforce utilization, facility layout, and operations data; scope and implement cost-effective process improvements; act as liaison between shop floor and management; travel day trips up to 50% within North Central Kansas; follow OSHA safety requirements.

Design and validate shipyard manufacturing systems: develop building layouts, define footprints and crane coverage, model capacity and throughput, optimize material flow, support automation-first processes, and collaborate with engineering, operations, and finance.

Design and validate shipyard manufacturing systems: create building layouts, define footprints and crane coverage, set square footage and throughput/capacity models, optimize material flow, and collaborate with engineering, operations, and finance to support automation-first production.

Support warehouse design and operational excellence by designing layouts, specifying material handling equipment, leading capital projects and optimization initiatives, documenting standards, analyzing performance, and supporting automation and vendor coordination to improve safety, productivity, and service levels across distribution centers.

Design, write, and commission Beckhoff TWINCAT PLC automation for gravity energy storage systems. Develop PLC I/O, motion, VFD motor drive, safety, HMI, and data collection systems; troubleshoot and implement onsite; collaborate with mechanical, electrical, civil, and construction teams; perform field commissioning at Snyder, Texas.

Lead analysis and optimization of production processes to increase throughput and reduce waste. Develop facility layouts, scheduling tools, and scalable models; align SAP/MRP with executable plans. Build dashboards and visualizations (Power BI, Databricks), collaborate with IT and developers on digital transformation, train staff, and ensure safety and documentation.

Lead labor management and process improvement initiatives across distribution centers using Lean/Six Sigma. Develop and maintain labor standards, LMS/WMS analytics, reports, and dashboards. Support DC projects, startups, capacity expansion, and drive ROI through data-driven performance optimization and cross-functional collaboration.

Lead labor management and process improvement initiatives across distribution centers using Lean/Six Sigma. Develop labor standards, analytics, dashboards, and ROI tracking. Drive adoption of innovations, support DC expansions/startups, partner cross-functionally, and deliver cost, capacity, and performance improvements.

Design, specify, and support industrial mechanical utility systems (boilers, steam, hydronic, glycol cooling) from concept through commissioning. Perform load and heat-transfer calculations, prepare PFDs/P&IDs, select equipment, review vendor submittals, support installation, testing, troubleshooting, and ensure compliance with ASME/NFPA and industry standards.

Analyze and optimize warehouse workflows (receiving, putaway, picking, packing, shipping). Develop engineered labor standards, perform time studies, model capacity, design layouts, support WMS configuration and automation evaluation, lead improvement projects, and provide KPI reporting and ROI analysis for fulfillment operations.

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 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.

Plan and analyze wafer fabrication capacity models, apply mathematical programming and statistical methods to optimize production, drive standardization across sites, and recommend process improvements (JIT/Lean) to increase factory output.