Top Industrial Engineering Jobs

Lead industrial engineering efforts in manufacturing: monitor labor performance and capital loading, manage facility capital plans, define process routings, maintain standard work models, lead continuous improvement (5-S, VSM, Six Sigma), and support safety and training programs.

Design and implement end-to-end Industrial IoT systems from edge data acquisition to cloud ingestion, real-time analytics, and operational dashboards. Architect secure connectivity and OT/IT integrations, mentor junior engineers, perform design/code reviews, and ensure production-ready solutions meet industrial cybersecurity and operational requirements.

Design and engineer industrial process heating, cooling, piping, and utility systems for EPC projects. Produce engineering deliverables (GA, P&ID, isometrics, 2D/3D layouts), perform PRV and nozzle/load calculations, manage third-party engineering, support project/field teams and vendors, and apply HVAC/hydronics and refrigeration expertise to deliver chiller plant solutions.

Design and deliver industrial electrical power distribution, motor control, and automation systems. Produce electrical design packages and calculations, specify equipment, ensure code compliance, review vendor submittals, support construction, testing and commissioning, and coordinate cross-discipline teams to execute projects.

Design and coordinate control and instrumentation systems for industrial process cooling projects. Develop control strategies, sequences, I/O lists, panel reviews, commissioning support, FAT/SAT, instrumentation selection, electrical coordination, documentation, and technical oversight across project teams.

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.

Lead Lean Manufacturing initiatives to optimize processes, reduce waste, and improve efficiency and quality. Perform time studies, line balancing, capacity analysis, support NPI and launch readiness, develop KPI dashboards, lead continuous improvement projects, and train/mentor operators. Collaborate cross-functionally with engineering, quality, production, and supply chain to meet safety, quality, cost, and productivity targets.

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.

Design and optimize medium-to-low power UPS electronic subsystems and PCBs. Collaborate with embedded, test, and mechanical engineers to define requirements, ensure EMC/EMI compliance, evaluate component selection and control strategies, troubleshoot delivered devices, implement continuous improvements, assess new technologies, and prepare technical reports while meeting project timelines.

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.

Optimize aftermarket parts planning, warehouse layout, and material flow using data analysis, Lean/Six Sigma, and WMS/SPM tools. Lead continuous improvement, develop KPIs and dashboards, support staffing and capacity planning, and implement WMS and operational technology enhancements to improve fill rates, productivity, inventory accuracy, and reduce costs while ensuring safety and regulatory compliance.

Support forward model and capacity studies for Powertrain operations. Lead labor optimization, time studies (MODAPTS), cycle line layout planning, operator allocations, launch support, and maintain machining/gear dotmaps. Collaborate with plant IE, manufacturing engineering, material handling, and ergonomics to meet labor and throughput targets.

Support industrial engineering initiatives to improve operational efficiency, update process documentation, maintain engineering databases, assist with production line moves and tooling, participate in continuous improvement and Lean projects, and collaborate with cross-functional teams in a manufacturing environment.

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.

The Industrial Engineer will enhance process flows, conduct cost analyses, manage projects, and improve operational efficiency within the manufacturing environment.

The Industrial Assembly Engineer manages the implementation of assembly technologies, specifying tools, providing technical support, and developing assembly processes. Responsibilities include managing supplier specifications and addressing technical issues in production.

Support composite manufacturing as a Manufacturing/Industrial Engineer: ensure Airbus composite process compliance (AIPI/AIPS), drive process improvements and ramp-up for A350, write machine/environment specifications, and act as the site focal point for composite ME topics and cross-plant knowledge exchange.

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.

Support design, testing, and evaluation of manufacturing systems to improve production processes. Analyze data, identify efficiency and quality improvements, assist implementing process changes, support inventory control, project coordination, safety compliance, and training under senior engineering guidance.

Lead industrial engineering initiatives to improve factory productivity, capacity planning, labor standards, and automation. Drive lean and continuous improvement programs, support NPI and high-volume production, perform data-driven analyses and simulations, and mentor teams while developing ROI-backed automation and Smart Factory solutions.

Develop and maintain time standards, wage incentive plans, and productivity metrics. Analyze workflows, staffing, ergonomics, and production demands; partner with engineering and production to improve efficiency, support capital justifications, and resolve labor issues, including union grievance and arbitration support. Drive continuous improvement using data-driven methods.

Designs and implements analytics and automated data systems to maintain accurate capacity models, OEE, and KPIs. Uses statistical and lean manufacturing methods to identify bottlenecks, support production planning, and drive continuous improvement with manufacturing, process, and equipment teams.