Top Industrial Engineering Jobs

Support industrial engineering activities to optimize production workflow, tooling, layouts, and workstations. Conduct time studies, analyze workforce utilization and quality/efficiency data, implement continuous improvements and cost reductions, coordinate moves and maintenance, and reduce scrap through corrective actions while following safety and security procedures.

Identify and implement manufacturing process improvements through time-and-motion studies, workflow analysis, waste reduction, and pilot programs. Develop labor standards, recommend equipment and workstation changes, train operators, update procedures, and collaborate with cross-functional teams to increase productivity and space utilization.

Design and implement automated workflow, dispatching, and scheduling solutions for a 300mm semiconductor fab. Collaborate with stakeholders, use data-driven analytics for automated decisions, troubleshoot complex systems, integrate emerging technologies, and deliver parallel projects while communicating impacts to leadership.

Lead design and optimization of warehouse layouts, process flows, and material handling automation. Provide engineering support for safety, quality, and productivity; analyze data to identify improvements; support capital equipment purchases and production start-ups; collaborate cross-functionally on operational projects.

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

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

The Senior Industrial Engineer will optimize logistics and distribution processes through project management and engineering initiatives in a warehouse and transportation setting.

The Industrial Engineer III leads process improvement initiatives, coordinates New Product Introductions, and ensures operational excellence within manufacturing systems.

The Industrial Engineer will collaborate on continuous improvement projects using Lean Six Sigma tools to optimize production efficiency, save costs, and ensure quality. Responsibilities include leading projects, developing feasibility studies, and creating standard operating procedures.

Lead affordability engineering efforts including strategic affordability roadmaps, manufacturing workflow and layout optimization, capacity planning and discrete-event simulation, cost-control and inventory studies, continuous improvement (Lean/Six Sigma), technical leadership and mentoring, safety coordination, and preparing technical reports and briefings for senior leadership and customers.

Design and optimize manufacturing systems for aerospace-focused products. Implement lean methodologies, improve floor layouts and capacity planning, specify tooling and equipment, and collaborate with quality, supply chain, and design teams to transition products from prototype to production.

Conversion role for a 2026 Blue Origin intern to join full-time as an Industrial Engineer I. Requires a BS in mechanical/aerospace/astronautical engineering, completion of the 2026 internship, strong communication and teamwork, ability to work independently on rapid development programs, and U.S. work-authorization status.

Optimize General Assembly manufacturing processes, drive Lean continuous improvement, support plant layout and NPI launch readiness, resolve assembly issues from plant/field/suppliers, lead cost-reduction projects, monitor KPIs and dashboards, and train/mentor operators to embed continuous improvement and ensure quality, safety, and efficiency.

Design and improve manufacturing processes to increase efficiency, reduce waste, ensure quality and safety, implement Lean methods, analyze data, create layouts and documentation, support inventory/procurement, and collaborate across departments to resolve production issues.

Lead design, installation, operation, and maintenance of cryogenic and industrial gas systems for spacecraft manufacturing and testing. Own system specifications, P&IDs, procedures, commissioning, troubleshooting, vendor management, and cross-functional coordination while ensuring compliance with safety codes and standards.

Support manufacturing efficiency through time studies, capacity analysis, layout and workstation design, line balancing, standard work documentation, continuous improvement (Lean/5S), OEE and throughput tracking, and cross-functional coordination for production readiness.

Designs and improves production work methods, layouts, and equipment selection to increase productivity and quality. Conducts time-and-motion studies, recommends equipment purchases, supports new-line introductions, sets incentive and quality standards, and applies Lean/Six Sigma process improvements.

Support and optimize lithium‑ion battery manufacturing by analyzing workflows, conducting time studies and line balancing, monitoring OEE and cycle time, improving laser welding and robotic welding processes, supporting KUKA robotic cells, maintaining SOPs and BOMs in SAP, leading Lean initiatives, and collaborating cross‑functionally to improve safety, quality, productivity, and production ramp readiness.

Optimize manufacturing efficiency and productivity for commercial HVAC production through process improvement, time studies, labor standards, layout and material flow design, KPI analysis, root cause investigations, and cross-functional support for NPIs and engineering changes while ensuring quality and safety.

Develop, optimize, and sustain manufacturing processes for Class A automotive components. Lead lean and continuous improvement initiatives, perform time studies and line balancing, support launches, maintain process documentation and quality standards, drive OEE and cost improvements, and collaborate cross-functionally on PFMEA, APQP, PPAP, and error-proofing.

Lead manufacturing improvement initiatives to drive safety, OEE, labor and material efficiency, and digital transformation. Implement SAP/MES optimizations, RCCP, LEAN/Six Sigma projects, support NPI and PECVD process improvements, and lead cross-functional teams with hands-on floor presence to deliver measurable productivity, yield, and cost gains.

Serve as PVCO manufacturing SME to support startup, commissioning and ramp-up; optimize extrusion and downstream processes; lead RCAs and CAPAs; implement process improvements and cost savings; create work instructions and training; support equipment validation, capital projects, and cross-functional technical transfers; ensure safety, quality, and standardization across sites.

Support manufacturing operations by analyzing throughput, developing manufacturing standards, improving production/process efficiency, extracting ERP data for analysis, performing time-studies and regression analysis, and leading cross-functional improvement and disposition activities.

Improve production and process efficiency across work centers by developing manufacturing standards, analyzing throughput using ERP data and time-studies, supporting cost estimation and product realization, leading cross-functional improvement teams, and dispositioning rework/inspection decisions.

Design, develop, and commission integrated automation systems combining PLC controls, robotics, and 2D/3D machine vision. Program PLCs and HMIs, integrate I/O and communications, configure vision platforms (Cognex, Keyence, LMI, Matrox, Mech-Mind, Photoneo), implement AI-enabled inspection, and perform onsite commissioning and troubleshooting to optimize system performance and safety.