Top Industrial Engineering Jobs

Drives productivity, quality, safety, and cost improvements across machining and manufacturing operations. Performs value stream mapping, time and motion studies, line balancing, standard work development, capacity planning, root-cause analysis, Kaizen events, and workstation layout optimization. Works primarily on the production floor with operators, supervisors, and maintenance teams, while training staff on continuous improvement methods and supporting quality and manufacturing objectives.

Develop AI/ML-powered control systems, digital twins, simulation environments, and machine learning models for data center cooling equipment. Build reduced-order models, maintain FMU packages, investigate reinforcement learning and model-predictive control strategies, and deploy inference pipelines on Linux platforms. Integrate equipment and simulations using industrial protocols including MQTT, Modbus, and CAN while collaborating with thermal, mechanical, and controls engineers.

Analyzes manufacturing operations, including lead times, queue times, work-in-process, cycle times, throughput, and capacity. Develops performance metrics, data visualizations, scheduling tools, and optimization models while aligning SAP/MRP systems with production plans. Supports shop-floor operations onsite, improves workflows, and collaborates with IT, ERP, analytics, and data science teams. Requires industrial engineering or manufacturing experience, time studies, capacity modeling, process controls, and shop-floor controls knowledge.

Analyzes and improves manufacturing processes, workflows, layouts, material flow, capacity, and resource utilization. Develops work methods, process documentation, and improvement solutions using Lean and Six Sigma. Supports new product introduction, analyzes performance data, collaborates with production, quality, and supply chain teams, and presents recommendations to management.

Develops and maintains industrial customer relationships, identifies new business opportunities, leads external sales, supports proposals and post-sale activities, and ensures contract, pricing, delivery, quality, cost, and safety commitments are met. The role requires cross-functional collaboration, technical sales expertise, customer advocacy, product development support, and regular travel throughout the United States.

Leads industrial engineering and continuous improvement initiatives across warehouse, fulfillment, cross-dock, packaging, and transportation operations. Responsibilities include standardizing engineering practices, optimizing slotting and labor productivity, validating solutions for proposals, developing facility layouts, supporting automation and equipment reliability, managing project reporting, and sharing best practices. The role partners with operations and cross-functional teams, serves as an engineering advocate, and requires up to 40% domestic travel.

Industrial Engineer II leads logistics and distribution engineering initiatives across warehouse, fulfillment, cross-dock, packaging, and transportation operations. Responsibilities include facility layout, slotting, productivity analysis, Lean continuous improvement, automation and robotics optimization, engineering validation, standardized reporting, and project delivery. The role partners with operations and cross-functional teams to improve performance, develop best practices, support proposals, and advance strategic initiatives. Travel up to 40% within the United States is required.

Senior Industrial Engineer responsible for improving throughput, labor utilization, line balance, capacity, and manufacturing flow in an automated solar panel facility. The role analyzes production data, conducts time studies and bottleneck analysis, develops labor and capacity models, supports continuous improvement, partners with production and technical teams, and implements sustainable process, layout, equipment, and automation improvements.

Investigate industrial incidents involving equipment, safety procedures, material handling, tools, and plant layouts. Analyze machine guarding, warnings, instructions, PPE, operational procedures, and standards of care. Prepare scientifically sound reports and provide expert testimony. The role requires applying extensive manufacturing and production expertise, managing 40–60 projects or clients, conducting inspections, and translating complex technical findings for nontechnical audiences. Approximately 20% travel is required, with remaining work focused on analysis and report drafting.

Industrial Engineer responsible for production standardization, material flow, workplace and factory planning, value stream optimization, process and design FMEAs, secondary equipment planning, project coordination, and continuous improvement. The role supports equipment launches, production startups, Kaizen initiatives, ergonomics, MTM analyses, process optimization, and daily manufacturing operations in an automotive plastics environment.

Serve as a global SME for Industrial Metaverse technologies (PLCs, IoT, cloud/edge, digital twins, AI, EMC/RED, cybersecurity). Lead standards work, develop test programs, perform and supervise complex testing, train staff, represent UL externally, and support clients and continuous improvement across regional or global labs.

Provides technical leadership to design, analyze, and improve manufacturing processes, systems, workflows, and layouts. Develops labor standards, capacity models, cost estimates, and standard work documentation. Applies lean manufacturing and problem-solving methods to improve safety, quality, productivity, throughput, flow, and costs. Troubleshoots process and system issues while collaborating with operations, quality, supply chain, engineering, vendors, and customers to implement improvements.

Serves as the primary contact for customer quality concerns, managing complaints from investigation through closure. Leads 8D, root-cause analysis, containment, corrective and preventive actions, and effectiveness verification. Analyzes quality metrics, supports audits, communicates findings to customers, and partners with Engineering, Manufacturing, Supply Chain, and Quality teams to improve processes and product quality. Maintains complaint documentation, ensures customer-specific requirements are implemented, and drives continuous improvement initiatives.

Own factory layout and production-system architecture for Haven-2, lead DFM/DFA and manufacturing readiness, define production metrics and dashboards, drive Lean and Six Sigma improvements, create manufacturing documentation, qualify tooling and processes, and support AS9100 compliance. The role partners across engineering, manufacturing, quality, and supply chain while solving complex production-floor challenges and scaling aerospace hardware from development to rate production.

Industrial Engineer Intern supporting process improvement in a modular construction manufacturing plant. Responsibilities include analyzing production and yield data, conducting time studies, identifying bottlenecks, evaluating process performance, supporting corrective actions and experiments, maintaining records, and presenting recommendations. The intern will collaborate with production, quality, finance, and site leadership while promoting safe work practices.

Designs and improves manufacturing processes through workflow analysis, simulation, time studies, value stream mapping, facility and equipment layout, capacity analysis, and continuous improvement. Collaborates with engineering, finance, program, and manufacturing teams; supports capital equipment decisions, production flow, lean initiatives, and customer briefings. The role is onsite and requires travel up to 10%.

Optimizes and oversees aerospace turbine-engine machining and production processes. Responsibilities include cycle-time analysis, SPC and Six Sigma implementation, quality-system compliance, workflow coordination, equipment troubleshooting, CNC and robotic-system support, corrective actions, material flow improvement, technical training, and verification of heat treatment, pressure testing, and manufacturing standards.

Supports industrial engineering and manufacturing process improvement initiatives, including workflow optimization, ergonomic and manufacturability assessments, equipment and labor allocation, capital expenditure analysis, root cause analysis, corrective actions, and safety audits. The intern also provides engineering support and interacts professionally with suppliers and community stakeholders.

Industrial Engineering Intern supporting Micron’s automated R&D factory. Responsibilities include identifying performance indicators, extracting and analyzing planning data, creating Tableau reports, designing infographics, and exploring workplace applications for AI. The role requires data extraction and visualization skills, with exposure to manufacturing, supply chain, and program management.

Industrial Engineer Intern supporting process improvement in a high-volume steel manufacturing plant. Responsibilities include analyzing production and yield data, conducting time studies, identifying bottlenecks, evaluating equipment capacity, investigating root causes, testing improvement initiatives, maintaining records, and presenting recommendations. The intern will collaborate with production, quality, finance, and plant leadership while promoting safe work practices.

Develops manufacturing systems, work methods, plant layouts, capacity plans, production flows, and cycle-time standards for T-7 aircraft production. Applies work measurement, workflow analysis, Lean principles, process planning, and continuous improvement to optimize cost, quality, safety, and production efficiency. Collaborates closely with manufacturing engineering and production teams, supports rate and headcount planning, and contributes to new technical solutions and assembly-line development.

Analyzes and improves TACOM maintenance, logistics, and operational processes through workflow analysis, time studies, data analytics, Lean and Six Sigma methods. Develops process improvements, SOPs, reports, facility layouts, and performance recommendations while supporting scheduling, audits, inspections, safety compliance, and government reviews.

Optimize aerospace manufacturing processes via workflow and layout design, value stream mapping, time-and-motion studies, capacity analysis and line balancing. Drive continuous improvement using Lean/Six Sigma, develop KPIs and dashboards, integrate safety/ergonomics, and collaborate with engineering, manufacturing, and facilities to improve efficiency, quality, cost, and delivery.

Optimize manufacturing efficiency, capacity, product costs, labor productivity, quality, and lead times. Develop performance metrics and dashboards, assess manufacturing capabilities, apply Lean principles, analyze production data, and lead cross-functional process improvement and new product introduction projects. The role collaborates with production, engineering, and production control teams and may require work in a cleanroom environment.

Improves manufacturing and operational efficiency by analyzing workflows, calculating production capacity, developing performance dashboards, applying Lean Manufacturing principles, and using statistical modeling to support decisions. Manages cross-functional process-improvement and new-product-introduction projects within budget and schedule constraints. Collaborates with production control, procurement, supply chain, and leadership to enhance productivity and optimize operations.