Top Industrial Engineering Jobs

Supports plant transformation through Operational Excellence, Lean Manufacturing, and continuous improvement initiatives. Conducts time studies, line balancing, workflow optimization, and performance analysis; implements 5S, FLMC, SMED, Kaikaku, Value Stream Mapping, Kanban, Yamazumi, and Standard Work. Trains employees, coaches teams, identifies root causes, eliminates waste, improves productivity, and collaborates cross-functionally to sustain Lean standards and advance the site's Operational Excellence roadmap.

Design industrial facilities through functional planning, workflow analysis, space planning, facility optimization, and layout development. Responsibilities include creating process flow diagrams, functional programs, equipment schedules, 3D models, floor plans, and technical documentation. The role involves client workshops, interdisciplinary coordination, project planning, presentations, quality checking, team leadership, mentoring, and translating client requirements into practical engineering solutions.

Develop AI/ML-powered control systems, digital twins, simulation environments, and reduced-order models for data center cooling equipment. Build and validate machine learning, reinforcement learning, and predictive maintenance solutions; deploy inference pipelines on Linux platforms; maintain FMU packages; and integrate equipment and simulations through industrial protocols including MQTT, Modbus, CAN, and REST APIs.

Architects and develops end-to-end Industrial IoT solutions across edge devices, industrial protocols, cloud platforms, streaming analytics, and enterprise systems. Builds secure connectivity, device management, real-time analytics, predictive maintenance models, dashboards, and operational integrations. Collaborates with OT and engineering teams, maintains technical documentation, ensures cybersecurity compliance, mentors engineers, and evaluates emerging IIoT technologies.

Analyze shop-floor data and performance metrics, support manufacturing teams, develop production schedules, and implement continuous-improvement solutions to reduce scrap and costs, increase capacity, and optimize production schedules. The role collaborates with frontline leadership and cross-functional teams in an aerospace manufacturing environment.

Develops long-term semiconductor foundry capacity strategies through data analysis, forecasting, production modeling, equipment and layout optimization, and capital planning. The role collaborates across manufacturing, technology development, and finance teams to improve factory efficiency, manage risks, align roadmaps, and support strategic decisions. Responsibilities include building capacity models, evaluating toolset performance, creating execution plans, and communicating capital, capacity, and product strategies to stakeholders.

Lead cybersecurity engineering for industrial control and operational technology systems at Kirtland AFB. Responsibilities include control-system security, OT network architecture, RMF and eMASS authorization activities, vulnerability assessments, audit monitoring, POA&M remediation, configuration management, contingency planning, access controls, security documentation, and coordination with program and security stakeholders. The role also supports control-system procurement, installation, commissioning, maintenance, and compliance with Department of Defense and Air Force requirements.

Coordinates mechanical and fluids ground support equipment readiness for spacecraft testing at Kennedy Space Center. Develops work instructions, maintains configuration and precision-cleanliness records, documents nonconformances, supports equipment repairs, coordinates subsystem testing, analyzes test results, prepares evaluation reports, and performs integration regression testing. The role requires aerospace hardware testing experience, engineering drawing interpretation, test-plan development, anomaly resolution, and collaboration with engineers, technicians, and quality personnel.

Supports workflow analysis, data collection, time studies, work measurement, standard work, process documentation, capacity planning, line balancing, and layout optimization. Collaborates with production, quality, supply chain, and other teams to implement Lean, Kaizen, and Six Sigma improvements. Prepares reports and presentations, facilitates continuous improvement events, and communicates lessons learned across facilities.

Develops and coordinates master production schedules for manufacturing operations. Analyzes lead times, throughput, capacity, work-in-process, and schedule risks; optimizes product flow and integrates SAP/MRP systems. Builds scheduling tools, metrics, visualizations, and data models while coordinating with IT, ERP, analytics, and data science teams. Manages critical paths, performance reporting, and digital transformation initiatives in a cross-functional, on-site defense manufacturing environment.

Principal Industrial Engineer responsible for optimizing manufacturing flow, scheduling, throughput, capacity, and resource utilization. Develops models and scheduling tools, aligns SAP/MRP systems with executable plans, creates shop-floor metrics and visualizations, conducts time studies, and supports digital transformation. Collaborates with IT, ERP, analytics, data science, and development teams while leading agile improvement initiatives. Requires an active Secret clearance, manufacturing experience, EVMS knowledge, second-shift availability, and 10% travel.

Leads capital expenditure and continuous improvement projects in a manufacturing plant. Responsibilities include project planning, budgeting, scheduling, vendor and contractor coordination, equipment commissioning, technical design, layout optimization, tooling development, reliability improvements, data analysis, and compliance with safety and quality standards. The role supports production and maintenance teams while advancing Lean Manufacturing, 5S, operational excellence, and process efficiency initiatives.

Analyzes and improves manufacturing processes, workflows, layouts, and production efficiency. Conducts time studies, process mapping, value stream analysis, and continuous improvement initiatives using Lean, Six Sigma, and Kaizen. Collaborates with production, quality, maintenance, and supply chain teams; designs standardized work and equipment layouts; evaluates automation; tracks performance metrics; supports employee training; and ensures safety, environmental, and quality compliance.

Designs and delivers electrical power system solutions for industrial facilities. Performs arc flash, short-circuit, and coordination studies; develops detailed engineering calculations and drawing packages; collaborates with multidisciplinary teams, clients, and designers; conducts site visits and field investigations; supports design reviews and project execution; mentors junior engineers and contributes to continuous improvement. The remote role requires occasional client-site travel of 10–20%.

Leads industrial engineering and continuous improvement for LNG equipment fabrication. Responsibilities include optimizing workflows, balancing workloads, conducting value stream mapping and time studies, applying lean and Six Sigma methods, coaching production technicians, analyzing performance data, leading root cause analysis, and coordinating improvements across production, design, planning, estimating, manufacturing engineering, and welding teams. Occasional domestic and international travel is required.

Optimize manufacturing processes for autonomous surface vessels by improving material flow, production workflows, throughput, capacity, and resource utilization. Apply Lean Manufacturing and Six Sigma methods, analyze production data, identify bottlenecks and quality issues, develop performance metrics, and support manufacturability improvements. Collaborate with engineering, operations, and production teams while providing guidance on process-improvement techniques and maintaining safe, efficient operations.

Designs and builds end-to-end Industrial IoT systems spanning factory-floor edge devices, industrial protocols, secure connectivity, cloud ingestion, real-time analytics, and operational dashboards. Develops production-quality software, integrates OT and IT environments, troubleshoots systems, participates in design and code reviews, communicates with cross-functional stakeholders, and mentors junior engineers. Preferred experience includes digital twins, predictive maintenance machine learning, time-series databases, and Unified Namespace patterns.

Maintain and repair mechanical plant and equipment in a feed mill, diagnose faults, perform planned maintenance, and support efficiency and safety improvement projects. The role requires working safely in a dusty, noisy manufacturing environment, interpreting site drawings, servicing conveying and pneumatic systems, collaborating with colleagues, and promoting regulatory compliance and reliable feed production.

Leads industrial engineering and continuous improvement for LNG equipment manufacturing. Responsibilities include optimizing fabrication workflows, balancing workloads, applying lean and Six Sigma methods, conducting root cause analysis and time studies, coaching production technicians, analyzing performance data, and coordinating improvement initiatives across Production, Design, Planning, Estimating, Manufacturing Engineering, and Welding teams. Occasional domestic and international travel is required.

Drives lean manufacturing and industrial engineering improvements across safety, quality, delivery, cost, productivity, and capacity. Conducts time studies, OEE and downtime analysis, labor and machine capacity studies, plant layout planning, cost-benefit analysis, and process improvement initiatives. Supports equipment acquisitions, operational metrics, employee training, budgeting, standardized work, 5S, PDCA, and continuous improvement programs. Requires approximately 20% travel across the Midwest.

Designs specialty gas and chemical distribution systems for advanced manufacturing facilities, including semiconductor, battery, pharmaceutical, energy, nuclear fuel, and defense projects. Leads hazardous production material and ultra-high-purity system design, code and life-safety strategy, P&ID development, calculations, construction support, commissioning, and client workshops. Serves as a technical authority, coordinates with HVAC, controls, fire protection, EHS, and facility teams, and mentors engineers.

Leads the design of specialty gas, bulk gas, and chemical distribution systems for advanced manufacturing facilities. Develops P&IDs, utility matrices, tool hookups, pressure calculations, hazardous-materials strategies, and life-safety systems. Coordinates with HVAC, fire protection, controls, EHS, and client teams. Supports construction, testing, commissioning, and turnover while serving as a client-facing technical authority and mentoring engineers. The role may involve travel to client sites and requires U.S. citizenship.

Leads design of specialty gas, bulk gas, and chemical distribution systems for advanced manufacturing facilities. Serves as technical authority for hazardous production materials and ultra-high-purity systems, develops P&IDs and utility designs, coordinates safety and controls systems, supports construction and commissioning, leads client workshops, and mentors engineers. Travel to client sites may be required.

Leads the design of specialty gas and chemical distribution systems for advanced manufacturing facilities. Responsibilities include designing hazardous and ultra-high-purity systems, developing P&IDs and hydraulic calculations, specifying materials, coordinating safety systems, supporting construction and commissioning, serving as a client-facing technical authority, and mentoring engineers. Travel to client sites may be required.

Leads the design of specialty gas, bulk gas, and chemical distribution systems for advanced manufacturing facilities. Responsibilities include developing P&IDs, utility matrices, tool connections, hydraulic calculations, hazardous materials and life-safety strategies, and UHP material specifications. Coordinates monitoring, shutdown, exhaust, construction support, commissioning, and turnover. Serves as a client-facing technical authority, supports pursuits, and mentors engineering staff. Travel to client sites may be required.