Top Industrial Engineering Jobs

Designs and assesses ICS, SCADA, BMS, and industrial control environments across commercial and heavy industrial facilities. Uses engineering expertise, intelligence sources, and exploitation tools to characterize facilities, develop technical assessments, solve complex interoperability challenges, and brief senior government officials. Requires extensive controls engineering experience, industrial process knowledge, strong communication skills, and an active TS/SCI clearance or eligibility for TS/SCI with polygraph.

Supports construction engineering and project controls by interpreting drawings, resolving field conflicts, preparing documentation, managing material and schedule information, developing estimates and quantity take-offs, and ensuring work meets specifications, codes, budgets, and safety standards. The role interfaces with field teams, project management, clients, and craft workers, and may supervise project staff. Construction estimating, engineering, or field support experience is required.

Optimizes manufacturing processes through engineering analysis, continuous improvement, cost reduction, and cross-functional collaboration. Develops and verifies manufacturing solutions, applies Plexus manufacturing processes and product requirements, supports productivity, quality, and safety improvements, and creates project documentation according to quality and change-management procedures.

Entry-level Industrial Engineer supporting semiconductor fabrication operations through capacity modeling, throughput and equipment loading studies, process and layout optimization, cost analysis, and large-scale data analysis. The role evaluates manufacturing impacts, maintains operational reporting, supports process changes and future production planning, and collaborates with engineering, manufacturing, planning, and tool owners in a cleanroom environment.

Lead full-lifecycle industrial automation projects from design through commissioning. Architect and program PLC, HMI, SCADA, and DCS solutions, manage integration, perform FAT/SAT/startup, troubleshoot control systems, and act as primary technical client contact while ensuring compliance with safety and industry standards.

Leads industrial engineering and continuous improvement initiatives across manufacturing operations. Responsibilities include value stream mapping, process and layout optimization, data-driven problem solving, line balancing, simulation modeling, capacity planning, facility design, and dashboard development. The role monitors operational metrics, manages improvement projects, supports new product introduction and facility changes, advocates Lean Manufacturing, mentors junior staff, and communicates recommendations to management.

Leads continuous improvement and operational excellence initiatives across manufacturing and order-to-cash processes. Coordinates new product introductions, facility transformation, technology transfer, process documentation, line layouts, equipment selection, and value-stream optimization. Applies lean principles, enterprise standards, and demand-driven strategies while collaborating with shop-floor personnel and cross-functional teams to improve efficiency, quality, customer satisfaction, and operating costs.

Designs and improves distribution and warehouse material-handling systems, including automation, slotting, storage, picking, and fulfillment processes. Analyzes movement data, order profiles, SKU velocity, and operational workflows to recommend integrated solutions and improve productivity and costs. Coordinates vendors, engineering partners, and operations through equipment design, installation, commissioning, testing, and continuous improvement. Manages project budgets, schedules, ROI analysis, performance metrics, and technical troubleshooting across facilities.

Regional Industrial Engineer responsible for designing and improving automated distribution and warehousing systems. Analyzes warehouse movement data, slotting, storage, SKU velocity, order profiles, and process flows; develops integrated material-handling solutions; evaluates vendors and technologies; builds ROI cases; and manages automation projects from design through commissioning. Coordinates engineering, operations, suppliers, installations, testing, budgets, schedules, troubleshooting, and continuous improvement across multiple facilities.

Improves manufacturing processes by analyzing workflow, reducing costs, designing efficient and ergonomic layouts, conducting time studies, developing standard work, implementing PFMEA and RCCA practices, and supporting lean process improvements. Maintains planning and control systems, communicates best practices, and collaborates across teams to resolve production issues. Requires strong analytical, communication, organizational, and problem-solving skills in a manufacturing environment.

Drives continuous improvement across manufacturing operations, especially welding, by conducting cycle-time studies, analyzing processes, identifying bottlenecks, reducing waste, and improving production flow. Partners with operations, engineering, quality, and production teams to implement standard work, support product launches, evaluate capacity, facilitate root-cause analysis, and track improvements in throughput, productivity, quality, and delivery. Requires regular shop-floor engagement and use of CAD, data analysis, and production systems.

Optimize material flow, line-side layouts, replenishment systems, floor-space utilization, and point-of-use storage in a modular manufacturing environment. Apply Lean, 5S, visual management, time studies, and data analysis to reduce waste, shortages, handling, labor requirements, and congestion. Lead continuous improvement projects, standardize material-flow practices, collaborate with Supply Chain and Manufacturing Engineering, and train teams on lean principles and workplace organization.

Analyzes and improves manufacturing operations using data analytics, metrics, scheduling, optimization, and process modeling. Develops shop-floor dashboards, evaluates lead times and throughput, builds product-flow models, and aligns SAP/MRP systems with production plans. Collaborates with IT, ERP, analytics, and data science teams while supporting on-site manufacturing operations.

Industrial Engineer responsible for improving manufacturing quality, productivity, delivery, and cost through lean principles and continuous improvement. Duties include overseeing manufacturing processes, supporting new product introductions, validating production tests, solving process and equipment problems, developing tooling and manufacturing methods, implementing cost reductions, supporting EHS initiatives, and managing engineering projects. The role also involves process capability studies, statistical analysis, training, budgeting, and collaboration across production teams.

Design, implement, and improve manufacturing processes and layouts using lean methods. Develop Standard Work, SOPs, BOM routings, and CAD facility layouts. Lead Kaizen, 5S, VSM, time studies, capacity analysis, and tooling/DFMA improvements. Support shop floor problem-solving, material flow, nesting for fabrication equipment, and integrate automation/AI to improve efficiency.

Supports and improves manufacturing operations through industrial engineering, analytics, simulation, capacity modeling, production ramp planning, facility layout, and line design. The role identifies bottlenecks, optimizes workflows and resource allocation, develops production performance tools, and drives continuous improvement. It also mentors junior engineers, collaborates across production and facilities teams, and supports new production line launches while maintaining quality, cost, schedule, and throughput objectives.

The Industrial Engineer will establish industrial engineering systems for U.S. manufacturing operations, focusing on time and motion studies, standard work, capacity and staffing models, material flow, WIP reduction, bottleneck analysis, and continuous improvement. The role will conduct on-site studies, lead Kaizen activities, apply Lean and Six Sigma methods, develop performance metrics, and collaborate with plant personnel to implement and validate improvements. Frequent travel to the Owensville, Missouri facility and other manufacturing sites is required.

Industrial Engineering Intern supporting boat manufacturing by improving production efficiency, quality, and waste reduction. Responsibilities include researching and developing manufacturing processes, creating facility and equipment layouts, designing and evaluating tooling, conducting cost and process analyses, and participating in cross-functional teams. The role requires strong analytical, mathematical, communication, organizational, and problem-solving skills, along with Excel proficiency and knowledge of Lean Manufacturing and Quality Control.

Industrial Engineering Intern supporting semiconductor manufacturing operations through capacity modeling, throughput analysis, production scheduling, performance data analysis, process automation, and reporting. The role involves Lean and 5S activities, extracting large datasets, analyzing automation and system logs, identifying cycle-time improvements, and developing basic applications for manufacturing needs while collaborating across functions in a clean-room environment.

Supports industrial engineering and manufacturing teams through process analysis, time studies, data collection, workflow improvement, Lean initiatives, plant layout reviews, and operational reporting. The intern collaborates with engineering, production, quality, and supply chain teams on productivity, cost reduction, capacity planning, and process reliability projects in a heavy manufacturing environment.

Design and optimize automated material flow and ASRS solutions for manufacturing. Lead cross-functional projects to improve automation, implement AMRs/robotics, use simulation and digital manufacturing tools, apply Lean/Six Sigma methods, and support equipment launches and production startups.

Leads Lean, continuous improvement, and industrial engineering initiatives across manufacturing and business operations. Identifies waste, analyzes operational data, optimizes workflows, capacity, labor, layouts, and processes, and drives sustainable improvements in safety, quality, delivery, cost, and productivity. Facilitates cross-functional projects, change management, standard work, daily management, bottleneck analysis, and manufacturing operating system improvements while influencing stakeholders across a matrixed organization.

Analyzes manufacturing operations to identify inefficiencies, reduce waste, establish labor standards, and improve workflow. Conducts time and motion studies, evaluates processes and pilot programs, designs efficient equipment and workspace layouts, and recommends method, equipment, and workflow changes. Develops reports, procedures, and work improvement programs while training operators and supervisors and supporting implementation across manufacturing operations.

Supports supply chain, inventory, production, capacity, and cost planning through data analysis, reporting, forecasting, and continuous improvement. Develops queries, BI reports, operational metrics, and production analyses; supports SIOP planning, tissue yield optimization, quality audits, statistical modeling, and ROI analyses. The role is onsite, part-time up to 20 hours weekly, and requires collaboration across departments.

The US Expansion Planning Engineer at Micron will optimize equipment capacity, analyze financial data related to new equipment, and improve planning processes through collaboration and data analysis.