Top Industrial Engineering Jobs

The Sr Industrial Engineer will mentor junior engineers, analyze data, lead analytics application implementation, and drive continuous improvement processes.

The Industrial Engineer will optimize manufacturing processes, manage capacity planning, lead automation projects, and ensure efficient factory operations in the Wireless Semiconductor Division.

Support end-to-end supply chain planning by analyzing demand, supply, capacity, and inventory; create scenario- and constraint-based plans; improve forecast accuracy; partner cross-functionally to resolve material and capacity constraints; leverage advanced planning systems to drive data-driven decisions and continuous improvement in operational efficiency.

Provide industrial engineering support for production, quality, and new-model launches. Lead continuous improvement, design efficient workstations and material flow, analyze quality/warranty data, manage supplier quality, develop process documentation, perform root cause analysis, and mentor junior engineers. Support onsite manufacturing operations and occasional travel.

Design, implement, and optimize robot task and motion planning algorithms and integrate computer vision for industrial robotic systems. Collaborate with cross-functional teams to test, document, and deploy software using ROS/MoveIt, CI/CD, and containerization, while following software development best practices.

Design, program, commission, and maintain PLC and robotic control systems for solid rocket motor and energetic materials production. Develop structured text code, electrical cabinets, HMI/SCADA, plant networking (4-20 mA, Ethernet), and machine-vision/ML optimization. Lead automation solution selection and deployment, apply Lean/Six Sigma, ensure NEC/UL508A and hazardous-area compliance, collaborate with cross-functional teams, and mentor junior engineers toward leading the automation and controls group.

Support project managers on industrial mechanical and piping construction projects by coordinating schedules, manpower, budgets, documentation, reports, and administrative tasks; identify and help resolve schedule and site issues; prepare analyses and special reports.

Design, program, test, and commission PLC-based control systems. Prepare functional and test specifications, develop PLC code and HMI graphics, execute factory acceptance testing, perform on-site commissioning/start-up, assist senior engineers, and maintain client relationships. Travel ~25%.

Lead industrial engineering for a high-volume distribution center: design and optimize picking/packing/conveyance/sortation workflows, develop business cases and facility layouts, implement automation and WMS solutions, drive continuous improvement using data and structured problem-solving, support capital projects, and mentor junior engineers while partnering with operations and cross-functional teams.

The Quality Engineer will drive quality assurance processes, perform inspections and audits, and collaborate with teams to maintain standards in industrial gas turbine manufacturing.

The Senior Electrical Engineer will manage multiple projects, lead a team, and utilize electrical engineering principles in industrial settings while focusing on business development.

The Industrial Engineer will optimize manufacturing processes, improve efficiency, and implement continuous improvement initiatives in an automotive environment. Responsibilities include analyzing workflows, designing layouts, conducting studies, and supporting new product launches.

The Industrial Engineer role involves analyzing manufacturing systems, improving delivery performance, optimizing productivity, and ensuring regulatory compliance through various engineering methodologies.

The role supports continuous improvement in manufacturing processes using Lean and Six Sigma methodologies, data analysis, and collaboration with technicians and engineers.

Lead industrial engineering initiatives to optimize manufacturing and warehouse processes, deploy PFEP, simulate workflows (REFA, MOST, WITNESS), support NPI, improve labor standards, and drive Lean, Automation, and Six Sigma projects to increase throughput and reduce cost.

Perform capacity and cost analyses, build and maintain capacity models, analyze production throughput from system logs, automate data extraction/transformation, run equipment loading and simulation studies, and collaborate with engineering, manufacturing, and planning to optimize schedules and support capital and operational decisions.

Act as onsite HSE focal point conducting site walks, hazard identification, risk assessments, incident investigations, emergency response, HSE training/inductions, permit reviews, compliance tracking, audits, and reporting to improve site safety performance.

This role evaluates and improves plant performance across safety, quality, production output, and cost, involving research and data analysis in a manufacturing environment.

Design and deliver distribution and fulfillment solutions: analyze client/order data, develop facility layouts and material-handling specs, produce detailed AutoCAD designs, prepare WMS slotting/configuration, support RFPs, manage vendors and oversee equipment installation and commissioning.

The Sr. Industrial Engineer will optimize supply chain networks and lead improvement projects to enhance productivity and efficiency at distribution centers. Responsibilities include collaborating with cross-functional teams, managing financial aspects of projects, and providing guidance to team members.

The Senior Engineer develops capacity models, analyzes production needs, improves equipment utilization, reduces cycle time, and manages layout for tool installation.

As an Industrial IoT Systems Engineer, you will integrate factory equipment, design data pipelines, manage industrial servers, and ensure connectivity and security across industrial systems.

The Industrial Engineer will optimize EPIC Lab operations, manage lab information systems, define KPIs, and improve processes while collaborating with cross-functional teams.

The Industrial Engineer II is responsible for optimizing logistics processes, conducting time studies, implementing improvement solutions, and supporting strategic initiatives in warehouse environments.

Design systems and processes to enhance manufacturing productivity, develop layouts, evaluate worker performance, and improve safety and compliance metrics.