Top Industrial Engineering Jobs

Leads industrial engineering and operational planning initiatives in a high-mix, low-volume manufacturing environment. Analyzes capacity, demand, value streams, material flow, production constraints, and forecasts; develops solutions to improve throughput and efficiency. Uses Lean Manufacturing methods, performs Gemba walks, leads projects and teams, mentors engineers, and communicates metrics and implementation plans to operational and engineering leadership.

Improves manufacturing processes, plant layouts, work standards, material flow, ergonomics, quality, safety, and efficiency. Implements Lean Manufacturing and Mafact standards, conducts time and motion studies, monitors process improvement results, supports new program development and APQP, develops reporting systems, trains team members, and identifies cost-reduction opportunities. The role works primarily on the plant floor and supports compliance with quality, environmental, and safety requirements.

Supports warehouse and manufacturing operations through time studies, storage and capacity planning, process improvement, trend analysis, modeling, simulation, and safety and ergonomics initiatives. Partners with cross-functional teams to collect and analyze data, develop recommendations, create project schedules, implement solutions, and measure performance impacts. The role requires industrial engineering experience, ERP/MRP knowledge, statistical analysis familiarity, U.S. person status, and the ability to obtain a Secret clearance.

Leads industrial engineering and operational excellence initiatives across manufacturing and supply chain functions. Designs facility layouts, process flows, staffing models, and material-handling strategies using capacity modeling, simulation, CAD, and time studies. Owns high-visibility improvement projects focused on productivity, cost, quality, safety, and process standardization. Implements Lean Six Sigma and continuous improvement practices, establishes work standards, optimizes manufacturing flow, and monitors equipment capacity and operational results.

Leads industrial engineering and Lean continuous-improvement initiatives for large-scale satellite production. Responsibilities include improving productivity, reducing lead times, optimizing space and resource utilization, modeling production flows, analyzing costs and ROI, and implementing equipment, process, and workspace improvements. The role collaborates with manufacturing, quality, and R&D engineering teams and requires ERP/MES manufacturing data analysis experience and eligibility for a U.S. Top Secret/SCI clearance.

Industrial Engineer improves productivity, throughput, cost, labor utilization, workflow, facility layout, and production quality. Responsibilities include time estimation, manufacturing workflow simulation, NPI process planning, work measurement, labor standards, trial-run evaluation, production control systems, and Lean, automation, and Six Sigma initiatives. The role collaborates with engineering, management, sales, and NPI teams to optimize equipment, materials, processes, and workforce efficiency.

Designs and optimizes manufacturing cells, product routings, material flows, plant layouts, and production capacity. Applies industrial engineering and Lean Manufacturing techniques to improve efficiency, ergonomics, throughput, and space utilization. Maintains manufacturing process data, supports facility planning, manages project objectives and costs, and may supervise staff. Responsibilities also include workplace safety, environmental compliance, continuous improvement, and cross-functional communication.

Analyzes and optimizes manufacturing processes, workflows, layouts, and material flow. Develops process documentation, work instructions, routing instructions, and process plans for new product introductions. Conducts time studies, establishes labor standards, leads Lean continuous improvement and cost-reduction initiatives, monitors KPIs, and collaborates with production, quality, supply chain, and engineering teams to resolve issues while maintaining safety and regulatory compliance.

Analyze and optimize manufacturing processes, workflows, layouts, material flow, labor standards, and production efficiency. Develop process documentation, work instructions, and plans supporting new product introductions. Lead Lean continuous improvement and cost-reduction initiatives, monitor KPIs, resolve manufacturing issues with cross-functional teams, and ensure safety, quality, and regulatory compliance.

Leads advanced industrial engineering initiatives across manufacturing operations, including productivity improvement, capacity planning, labor modeling, line balancing, facility layout, workflow optimization, NPI support, and continuous improvement. Analyzes production data, develops KPIs and dashboards, leads root cause analysis, supports production ramps and quoting, and mentors junior engineers. Partners with operations, manufacturing engineering, quality, and program management teams to improve throughput, reduce costs, and eliminate waste.

Industrial Engineering Interns will optimize warehouse workflows, analyze material flow, labor standards, equipment utilization, and performance data, and support lean process improvements. Responsibilities include developing recommendations for productivity, safety, quality, cost reduction, and throughput; collaborating with distribution center teams; conducting root cause analysis, time studies, planning, and performance reporting. The role requires hands-on work in distribution center environments and physical activity, including lifting and movement.

Apply industrial engineering methods to design and optimize production systems, workflows, and plant layouts. Build models and analyses, support capacity planning, scheduling, cost reduction, quality improvement, and ensure safety and ergonomics in a 100% onsite defense manufacturing environment.

Develops AI-enabled industrial engineering and capacity planning tools for Micron’s high-volume semiconductor manufacturing operations. Builds and automates capacity and utilization models using generative AI, Python, SQL, R, Excel, and VBA. Evaluates equipment, process, and roadmap impacts; improves equipment availability, forecast accuracy, and resource utilization; and presents data-driven recommendations through dashboards and executive presentations. Collaborates with Manufacturing, R&D, Operations, Engineering, and Supply Chain teams to support fab production readiness and ramp activities.

Industrial Engineer driving productivity, accuracy, capacity, efficiency, and process design across distribution centers. Responsibilities include managing automation, robotics, and process improvement projects; analyzing operational data; developing business cases; supporting facility layouts, ergonomic studies, labor standards, and continuous improvement; and coordinating cross-functional stakeholders and vendors.

Analyzes and improves production workflows, facility layouts, equipment utilization, product flow, capacity, line balancing, inventory control, and cost efficiency. Develops time standards and standard work, supports facilities planning, and may manage production safety training. The role requires an engineering degree and related experience in aerospace manufacturing is preferred.

Design and optimize high-volume BESS production systems at a greenfield manufacturing site. Responsibilities include line balancing, labor standards, workstation layouts, cycle-time analysis, ergonomics, lean manufacturing, throughput improvement, KPI tracking, Kaizen events, cost reduction, and engineering change management. The role mentors production teams and collaborates with Manufacturing Engineering, Quality, and Operations during startup and production ramp-up.

Analyzes and improves production workflows, facility layouts, product flow, capacity, equipment utilization, line balancing, and shop performance. Develops time standards and standard work, conducts cost and inventory studies, supports facilities planning, and identifies continuous improvement opportunities. Requires an ABET-accredited engineering degree, two or more years of industrial engineering experience, production improvement expertise, project leadership, communication skills, and advanced Microsoft Office proficiency.

This role involves improving supply chain performance through project management, business analysis, and process design, including automation and robotics.

Designs and optimizes end-to-end material flow across manufacturing operations. Owns digital PFEP governance, inventory and capacity optimization, replenishment strategies, automation integration, and material-flow simulation. Uses AI, machine learning, digital twins, Industry 4.0 systems, and analytics to improve logistics performance. Leads automation roadmaps, value-stream mapping, capital business cases, new product launch support, plant expansions, and cross-functional continuous improvement initiatives.

Supports lean manufacturing initiatives, process improvement, production layout design, time studies, capital equipment evaluation, and production cost analysis. Maintains manufacturing data including part masters, bills of materials, and routings. Collaborates with CPQ, ERP, supply chain, and cross-functional teams to improve operational processes and product lifecycle maintenance. Supports production technology systems and trains operators in a manufacturing plant environment.

Develops demand and capacity plans for semiconductor quality and reliability labs, analyzes workflows and utilization, and identifies efficiency improvements. Builds KPI frameworks, automated Power BI/Python/SQL dashboards, and integrated reporting pipelines. Supports quality management processes, equipment planning, facility layouts, and workflow optimization while ensuring ISO 9001 and ISO/IEC 17025 compliance. Collaborates with cross-functional engineering teams to improve lab productivity, throughput, quality, and cost performance.

Analyzes and optimizes manufacturing flow, lead times, capacity, scheduling, throughput, and resource constraints. Develops models, scheduling tools, metrics, and data visualizations while aligning SAP/MRP systems with executable production plans. Supports digital transformation, agile process improvement, and cross-functional manufacturing initiatives in an aircraft production environment. The role requires a DoD Secret clearance, at least 10% travel, and experience in engineering, manufacturing, data analysis, or related technical fields.

Analyzes manufacturing lead times, throughput, work-in-process, and capacity constraints. Develops optimization models, scheduling tools, and executable production plans using SAP/MRP systems. Collaborates with IT, ERP, analytics, data science, and development teams on digital transformation and interactive scheduling interfaces. Creates performance metrics and visualizations, conducts time studies, leads project teams, and drives process improvements using agile methods.

Develops and implements industrial engineering, lean, and continuous improvement initiatives across warehouse operations. Responsibilities include facility layout and material-handling design, labor and warehouse systems integration, work measurement, time-motion studies, process mapping, flow analysis, data analysis, statistical process control, and waste reduction. Partners with customers and operations leaders to improve cost, quality, delivery, and productivity while tracking project value and establishing scalable measurement systems.

Analyze manufacturing data and shop-floor processes to improve work plans, reduce scrap and costs, increase capacity, optimize schedules, and develop performance metrics. Support production operations by creating detailed build schedules, collaborating with cross-functional manufacturing teams, identifying frontline problems, and implementing cost-saving solutions. The role requires an engineering degree and eligibility for a U.S. government Secret clearance and program special access.