Top Industrial Engineering Jobs

Summer industrial engineering internship focused on company-assigned projects and hands-on process improvement at a wood manufacturing plant. Interns will work to increase throughput, reduce downtime, and improve quality or yield while gaining experience in the manufacturing industry. The three-month internship is based in the Western Oregon Region in Medford, Oregon, and is open to junior or senior engineering students.

Analyzes and improves warehouse, distribution, transportation, and logistics operations through Lean and Six Sigma methods. Leads continuous improvement projects, workflow studies, layout and capacity planning, labor analysis, dashboard development, and ROI evaluations. Partners cross-functionally on facility optimization, automation, process implementation, and change management while validating sustained productivity, quality, safety, and cost improvements.

Plans, designs, and manages integrated production systems focused on efficiency, reliability, quality, cost control, and continuous improvement. Supports capital equipment requests, capability studies, facility layouts, tool design, standard work, time standards, data analysis, quoting, system configuration, and facility moves. Coaches other engineers and ensures standardized processes, accurate industrial engineering data, and compliance with site and global requirements.

Leads technical coordination and systems integration for complex industrial automation projects. Defines requirements, architecture, specifications, acceptance criteria, and vendor deliverables across software, robotics, controls, electrical, mechanical, and manufacturing disciplines. Supports design reviews, testing, commissioning, FAT, SAT, troubleshooting, risk mitigation, documentation, and customer installations while ensuring integrated systems meet performance, quality, and reliability requirements.

As an Industrial Engineer II, you will optimize production workflows for lunar products, collaborate with teams to enhance safety and efficiency, and drive continuous improvement initiatives.

Establishes production standards, line balances, labor and material requirements, plant layouts, and assembly workstation arrangements. Monitors production line speed, supports engineering changes and make-versus-buy studies, interfaces with government stakeholders, and applies Lean Six Sigma and ISO tools. The role works across office and manufacturing environments, requires problem-solving and cross-functional coordination, and involves moderate travel.

Supports the design and optimization of industrial water and wastewater treatment systems. Develops drawings, P&IDs, specifications, calculations, technical reports, and equipment selections; coordinates construction documents; supports construction and commissioning activities; performs field inspections, process troubleshooting, pilot and bench testing, lab analysis, and data evaluation. Works with senior engineers and subject matter experts while managing small to medium design tasks for industrial clients.

Leads electrical power system design for large-scale manufacturing facilities, including medium- and low-voltage distribution, utility interconnections, power studies, reliability systems, hazardous-area design, grounding, lighting, and process equipment power. Coordinates with clients, utilities, vendors, and multidisciplinary teams from concept through commissioning. Supports construction activities, provides technical specifications, leads client workshops, and mentors engineers.

The Industrial Engineer improves productivity, throughput, cost, labor utilization, facility layout, and manufacturing workflows. Responsibilities include process time estimation, simulation, NPI process planning, work measurement, labor standards, production planning, Lean, Automation, and Six Sigma initiatives. The role collaborates with engineering, management, sales, and NPI teams to optimize processes and equipment in a high-technology electronics manufacturing environment.

Measures and improves product flow through distribution center operations, develops labor standards, conducts time studies and audits, tracks warehouse and transportation KPIs, facilitates Lean events, analyzes cost-reduction opportunities, and trains operations and management staff. The role partners with distribution leadership and supply chain teams to improve productivity, accuracy, labor efficiency, and operational methods.

Supports manufacturing process development, new product launches, stamping and welding operations, equipment installation, plant layouts, maintenance, and process improvement. Creates work instructions, time studies, visual aids, and preventive maintenance documentation compliant with IATF 16949. Troubleshoots equipment and automation, supports FMEAs and root-cause analysis, trains production personnel, improves efficiency and quality, and collaborates across operations, maintenance, quality, and program management. Travel to plants in the U.S., Canada, and Mexico is required.

Supports industrial engineering analysis and design for energetics and solid rocket motor production. Responsibilities include capacity modeling, line balancing, process mapping, manpower planning, material-flow optimization, data visualization, facility layout, lean improvement, safety integration, and operational metrics reporting. The role collaborates across functions, supports training and documentation, and develops expertise in manufacturing execution, enterprise resource planning, scheduling, and continuous improvement systems.

Supports industrial engineering activities in a manufacturing environment, including workflow and process analysis, production tooling and workstation design, facility layouts, time studies, maintenance verification, scrap reduction, efficiency improvements, and cost reduction initiatives. Monitors operational and quality data, coordinates workstation moves, improves changeover processes, and promotes effective use of personnel and equipment while following safety and company procedures.

Develop and deploy SCADA and industrial automation applications, validate requirements, write and optimize code, document installation and maintenance procedures, and collaborate with engineers, project teams, business analysts, users, and project managers. The role involves full-stack development, software integration, testing, CI/CD, and continuous learning. This is an on-site Cleveland position with 15–20% travel.

Analyzes and improves production workflows, facility layouts, product flow, capacity, equipment utilization, line balancing, and operational efficiency. Develops time standards and standard work, conducts cost and inventory control studies, supports facility planning, and may assist with accident prevention and personnel training. This is a fully onsite industrial engineering role in Wichita, Kansas, supporting aerospace and defense manufacturing.

Industrial Engineer analyzes production, scheduling, WIP, capacity, lot sizing, and part-family data in an aerospace precision machining environment. The role develops scheduling tools, maintains ERP/MRP work-center data, supports SIOP, builds dashboards, identifies bottlenecks, recommends machine and capacity configurations, and leads continuous improvement initiatives. Regular collaboration occurs with Production, Planning, Quality, and Program Management, including training teams on analytical tools and procedures.

Supports new product introduction and transition from design to production. Leads manufacturing readiness reviews, first-of-a-kind builds, process validation, capacity planning, factory readiness, production documentation, and launch risk resolution. Partners with engineering, operations, quality, and supply chain teams to develop scalable manufacturing processes, tooling, layouts, and automation. Uses manufacturing analytics and continuous improvement methods to improve quality, cost, throughput, capacity, and productivity across multiple facilities.

The Senior Electrical Engineer will design electrical systems, lead project teams, engage with clients, ensure budget compliance, and mentor other engineers.

Provides technical applications support, equipment selections, product customization quotes, and systems guidance to BAC representatives worldwide. Troubleshoots installed equipment with Warranty Services, collaborates across departments to support quotations and orders, and improves product application workflows and customization processing. Requires an engineering background, strong mechanical aptitude, effective communication, problem-solving skills, proficiency with office software, and up to 10% domestic and international travel.

Leads industrial engineering initiatives across distribution centers, analyzing processes, equipment, layouts, storage, labor standards, and supply chain data. Develops and implements solutions that improve productivity, capacity, safety, quality, and network consistency. Serves as a subject matter expert, coordinates cross-functional programs, supports logistics and operations teams, and manages process and technology implementations across multiple distribution nodes.

Support industrial engineering and process improvement initiatives across production areas. Conduct time studies, collect and analyze data, map processes, and identify ways to improve productivity and reduce waste. Assist with production floor layouts, material flow, and workspace optimization. The role requires an engineering-related degree program, strong problem-solving and communication skills, safety awareness, and occasional flexibility for travel, nights, weekends, or on-call work.

Industrial Engineer supporting water coil manufacturing operations by improving production systems, layouts, material flow, labor standards, capacity, and productivity. Leads Lean Manufacturing and cost-reduction initiatives, analyzes processes and production data, develops work cells and standard work, resolves manufacturing constraints, and supports automation, tooling, equipment upgrades, and capital projects. Collaborates with Production, Engineering, Quality, Maintenance, Tooling, and Purchasing to improve safety, quality, delivery, and cost performance.

Design and validate manufacturing processes, optimize layouts and material flow, implement lean methods (5S, Kaizen, VSM, SMED), perform time studies and capacity modeling, support plant start-up, train staff, lead PFMEA and continuous improvement efforts to improve safety, quality, cost, and delivery.

Hands-on industrial engineering role in a high-mix, low-volume electronics manufacturing environment. Responsibilities include developing work instructions, conducting time studies, line balancing, improving workstations and material flow, supporting new product introduction, capacity planning, production analysis, root cause investigations, lean initiatives, cost modeling, and make-versus-buy decisions. The role requires substantial production-floor engagement and collaboration with operators, planners, engineers, and leadership.

Provides onsite industrial engineering support to the U.S. Navy’s SISCAL Program. Performs Reliability-Centered Maintenance analyses, develops calibration requirements and procedures, evaluates system designs and engineering changes, analyzes maintenance metrics, adjusts calibration intervals, and supports technical waivers and Navy maintenance initiatives. The role also identifies technologies that reduce calibration time and ownership costs while establishing technical requirements for calibration standards.