Top Industrial Engineering Jobs

Leads industrial engineering and continuous improvement initiatives across manufacturing operations. Responsibilities include value stream mapping, technical problem solving, data analysis, process and facility layout optimization, line balancing, simulation modeling, capacity planning, cost estimation, dashboard development, and change management. The role supports new product introduction, facility start-up, lean manufacturing, and operational metrics improvement while collaborating with process owners and management.

Optimize service-parts planning, warehouse workflows, material flow, inventory management, layouts, and fulfillment processes. Lead Lean and Six Sigma improvements, support WMS and operational technology enhancements, develop KPI dashboards, and partner with operations, supply chain, logistics, inventory, IT, and sales teams to improve productivity, service levels, safety, capacity, and cost efficiency.

Designs and supports industrial water and wastewater treatment projects, including process calculations, engineering drawings, P&IDs, specifications, technical reports, equipment selection, construction support, field inspections, commissioning, troubleshooting, pilot testing, and water quality analysis. Collaborates with designers and multidisciplinary teams while receiving guidance from senior engineers. Site visits and field work are required during project phases.

Leads industrial engineering strategy for semiconductor fab performance, using advanced analytics, predictive modeling, statistical methods, and factory planning to improve OEE, cycle time, throughput, and bottleneck performance. Partners with operations leadership, drives cross-functional initiatives, develops metrics and roadmaps, mentors engineers, presents recommendations to executives, and improves industrial engineering processes.

Develops and coordinates master production schedules for manufacturing operations. Analyzes lead times, throughput, capacity, work-in-process, and schedule risks; builds optimization models and scheduling tools using MES, MRP, and SAP systems. Creates performance metrics and visualizations, manages critical paths, supports digital transformation, and collaborates with IT, ERP, analytics, data science, and cross-functional manufacturing teams. The position requires on-site work, government clearance, Special Program Access, and up to 25% travel.

Supports fabrication and assembly quality by identifying reliability trends, tracking quality metrics, analyzing failures, and recommending corrective actions. The role supports New Product Introduction programs, performs Weibull and statistical analyses, communicates findings to design teams, and identifies product-quality improvements. Work is fully onsite in a fast-paced manufacturing environment.

Own factory layout, material and personnel flow, standard work, time studies, labor standards, capacity modeling, and future site planning. Lead lean process improvements, line balancing, ergonomics, safety, and material staging initiatives. Partner cross-functionally with Manufacturing, Quality, Supply Chain, Facilities, and Process Engineering to improve throughput, reduce waste, and support battery manufacturing expansion. Mentor junior engineers and technicians.

Scale spacecraft production by developing industrial scaling plans, optimizing factory layouts and workflows, eliminating bottlenecks, and expanding assembly, integration, and test capabilities. Lead facility buildouts, equipment planning, infrastructure upgrades, capital investments, and operational readiness. Coordinate with engineering, manufacturing, supply chain, quality, finance, and leadership to increase throughput, transition products into repeatable production, and deliver production capabilities in a rapidly growing environment.

Provides onsite industrial engineering support across warehouse operations. Responsibilities include optimizing layouts and material flow, leading Lean and Six Sigma continuous improvement initiatives, conducting root cause analyses and time studies, forecasting workforce needs, evaluating capital equipment, analyzing operational data and KPIs, and promoting safety, quality, and productivity improvements.

Leads industrial engineering efforts in a manufacturing environment by analyzing capacity, lead times, throughput, and work-in-process. Builds optimization and scheduling models, aligns MRP systems with executable plans, partners with IT and analytics teams, supports interactive scheduling tools, drives lean digital transformation, and develops performance metrics and visualizations. The role requires cross-functional collaboration, project leadership, and on-site work in Promontory, Utah.

Designs and improves industrial production systems through lean practices, process optimization, product launches, inventory control, cost analysis, quality improvement, ergonomic workstation design, and production data analysis. Maintains manufacturing documentation, including bills of materials, routings, control plans, FMEAs, process flows, and work standards. Collaborates with operations and launch teams to improve process stability, resolve quality issues, and implement new manufacturing processes.

Leads architecture, development, integration, deployment, and lifecycle ownership of warehouse material-handling automation and robotic systems. Defines automation standards and roadmaps, manages design scope, budgets, schedules, validation, testing, and launches, and evaluates vendor and internal solutions. Provides expert guidance to engineers and operations teams, develops prototypes, supports simulation, and collaborates on capital investment analysis. Requires extensive mechatronic and robotics experience, CAD/CAM expertise, project management skills, and 25–50% travel.

Optimizes manufacturing systems, processes, workflows, layouts, labor, materials, and equipment to improve efficiency, quality, productivity, safety, and cost performance. Conducts time studies, process mapping, capacity planning, and data analysis; develops standard work documentation; leads Lean and Six Sigma improvements; monitors KPIs; and collaborates with operations, quality, supply chain, and management teams.

Responsible for industrial engineering activities including method analysis, material flow, machine loading, capacity studies, labor planning, and manufacturing capability records. The role identifies production problems, develops improvement programs, reduces maintenance costs, improves output, supports manufacturing systems, and collaborates with engineering, production, sales, sourcing, and manufacturing leadership.

Operate and manage enterprise security solutions, including SIEM, EDR, IPS, WAF, firewalls, and endpoint protection. Monitor logs and network traffic, detect and investigate threats, respond to incidents, conduct vulnerability assessments and security reviews, maintain security policies, deliver awareness training, support audits, and integrate security requirements into systems. The role also manages physical security controls and collaborates with technical teams, stakeholders, and vendors in English and Korean.

Develop industrial control automation tools for commissioning, manufacturing, and PLC programming. Build PLC and HMI auto-code generation, automate PLC testing and deployment with Agentic AI, integrate APIs and services, troubleshoot production issues, and design scalable software systems. Lead technical tasks, mentor junior engineers, collaborate with customers, and work in an Agile/Scrum environment. Travel of up to 10% may be required.

Provides technical engineering support for pulp and paper QCS software projects, including proposals, system specifications, software implementation, integration testing, factory acceptance testing, commissioning, customer-site startup, troubleshooting, and Level 3 support. Collaborates with project and engineering teams to resolve software issues, communicate customer feedback, and ensure compliance with contract, quality, safety, and cybersecurity standards.

Industrial Engineer responsible for optimizing manufacturing workflows, equipment layouts, capacity, utilization, cost, quality, inventory, logistics, and safety. Leads lean and continuous improvement initiatives using process mapping, standard work, simulation, MES data, Tableau, and forecasting. Develops production methods, facility modifications, shop metrics, and improvement roadmaps while collaborating with manufacturing, facilities, safety, quality, and supply chain teams. The role also supports training, mentoring, and sustainable implementation of operational improvements.

Leads industrial cybersecurity research and development, complex multidisciplinary projects, customer OT security assessments, curriculum development, proposals, technical reports, and program delivery. Develops cybersecurity standards and resources for manufacturing, OT, CMMC readiness, and trustworthy AI. Engages industry and government sponsors, manages budgets and milestones, supervises students and staff, supports business development, and delivers technical assistance involving threat-surface reviews, action plans, and cybersecurity improvements.

Supports distribution-network initiatives through process analysis, project management, process improvement, and operational data analysis. Evaluates warehouse processes, conducts time studies, develops flow charts and labor models, tests system enhancements, supports warehouse management system implementations, and contributes to facility design, automation, and material-handling projects. The role involves cross-functional collaboration, communicating analytical findings, training others, and occasional travel to facilities, implementation sites, trade shows, and conferences.

Supports distribution operations through industrial engineering analysis, process improvement, project management, time studies, flow-chart development, and warehouse testing. The role contributes to automation, material handling, facility design, costing and labor models, warehouse management system implementations, and operational improvements. Responsibilities include building Excel analyses, evaluating processes, communicating findings, training others, and collaborating across sites, vendors, and functions. The position is onsite and requires travel as needed, including occasional weekend work during implementations.

Develops and improves manufacturing processes for garment production to increase efficiency and reduce costs. Conducts time studies, establishes standard allowed minutes, evaluates production capacity, equipment, labor requirements, layouts, and workflows, and supports product costing. Collaborates with management, production, and quality teams to implement engineering improvements in a sewing-factory environment.

Design and support industrial water and wastewater treatment projects, including process calculations, engineering drawings, P&IDs, specifications, technical reports, equipment selection, construction support, field inspections, testing, troubleshooting, optimization, and data analysis. The role collaborates with multidisciplinary teams and senior engineers, performs pilot and bench-scale testing, and may involve site visits and international assignments. This hybrid entry-level position offers advancement opportunities in project management, client development, and technical leadership.

Performs industrial engineering analyses and cost-saving projects across manufacturing plants. Uses time studies, Lean and Six Sigma, capacity analysis, standard work, and performance data to improve productivity, quality, safety, ergonomics, equipment utilization, and margins. Maintains product structures, bills of materials, routings, costing, layouts, and engineering change orders using manufacturing systems. Supports project management, training, data analysis, and stakeholder communication within a 12-month leadership development program.

Leads capital expenditure and continuous improvement projects in a manufacturing plant. Responsibilities include planning budgets and schedules, coordinating contractors and suppliers, commissioning equipment, optimizing layouts and processes, developing tooling, preparing technical documentation, supporting production and maintenance, analyzing equipment performance, and ensuring EHS and quality compliance.