Top Industrial Engineering Jobs

The Industrial Engineer will analyze operations and workflows, develop efficient production methods, conduct cost studies, and establish time standards while collaborating with engineering teams for facility design.

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.

Researches, designs, and develops methods to improve distribution center efficiency and resource utilization. Reviews DC performance, recommends quality and inventory control improvements, and develops inventory slotting and labor planning tools. Collaborates with IT teams and vendors to implement productivity-enhancing software solutions. The role requires strong analytical, problem-solving, communication, and stakeholder collaboration skills.

Optimize assembly methods, processes, and equipment to reduce labor hours while meeting quality, cost, safety, and production targets. Lead process design, testing, start-up support, improvement projects, and training; evaluate new technologies and approve external/internal process designs.

Designs, configures, and programs industrial control, SCADA, HMI, PLC, and ICS/OT systems. Responsibilities include control system commissioning and startup, interpreting P&IDs and control schematics, managing ICS/OT networking and cybersecurity requirements, facilitating client design reviews, troubleshooting, and mentoring less experienced team members.

Optimize CNC machining processes, labor standards, takt times, tooling, fixtures, shop-floor layouts, and material flow. Collaborate on NC/CAM programming, cutting parameters, quality investigations, and corrective actions. Maintain ERP bills of materials, routings, and process travelers while applying Lean, 5S, Kaizen, and Six Sigma methods. The role also supports automation and machine-monitoring improvements in machining cells.

Leads strategic internal consulting projects for Applied Global Services, optimizing business processes, reducing costs, improving cycle times, and driving business performance. Responsibilities include analyzing complex problems and large datasets, developing data-driven recommendations, presenting to executives, influencing cross-functional stakeholders, and managing projects from opportunity identification through implementation. The role operates across engineering, operations, marketing, finance, and global logistics.

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.

Leads internal consulting and strategic transformation initiatives across a global semiconductor services business. Responsibilities include analyzing complex data, developing business cases, presenting recommendations to executives, optimizing processes, driving change, and managing cross-functional workstreams from opportunity identification through value realization. The role focuses on operational excellence, business transformation, advanced analytics, process automation, and measurable improvements in growth, productivity, profitability, customer experience, cycle time, and cost savings.

Designs and builds end-to-end industrial IoT systems spanning factory-floor edge devices, secure connectivity, cloud ingestion, real-time analytics, and operational dashboards. The role requires programming expertise, industrial protocol experience, cloud IoT platforms, edge runtimes, OT/IT integration, streaming analytics, and industrial cybersecurity knowledge. Responsibilities include translating requirements into production-ready solutions, collaborating cross-functionally, conducting code and design reviews, troubleshooting, documenting systems, and mentoring junior engineers.

Manufacturing Engineer II improves manufacturing efficiency through Lean initiatives, standardized work, process optimization, facility layout, capacity analysis, and material flow improvements. The role supports BOMs, routings, time studies, shop-floor problem solving, CAD layout updates, tooling, automation, and fabrication nesting. It collaborates across engineering, production, and material planning teams while promoting continuous improvement and supporting assembly operations.

Manufacturing/Industrial Engineer responsible for improving manual assembly processes through Lean manufacturing, time studies, line balancing, workflow analysis, and process optimization. The role develops SOPs and work instructions, supports new product introductions and pilot runs, analyzes production performance, and collaborates with Production, Quality, Maintenance, and Supply Chain teams. Responsibilities also include root cause analysis, corrective actions, ISO 9001 documentation, ergonomics, safety, and sustaining continuous improvement initiatives.

Lead industrial engineering analysis and projects for distribution operations, supporting automation and material handling implementations. Perform time studies, design flows, build labor and costing models, analyze large datasets in Excel, support WMS implementations, collaborate cross-functionally, and assist facility design and operational improvements.

Leads industrial and manufacturing engineering activities, including labor performance improvement, capital resource and capacity planning, facility capital execution, process routing design, standard work modeling, and continuous improvement. The role may also support accident prevention and production operations training. Requires STEM education, manufacturing or operations engineering experience, U.S. citizenship, and ability to obtain a Secret clearance.

Develops and launches industrial and collaborative robotic automation for logistics and manufacturing operations. Owns projects from concept and process development through design, commissioning, production ramp-up, and handoff. Responsibilities include robotic cell design, tooling, controls, machine vision, safety systems, supplier coordination, feasibility studies, troubleshooting, project management, validation, training, and operational standardization. Requires collaboration with customers, integrators, and cross-functional teams.

Supports project delivery across the lifecycle by conducting research, maintaining documentation and reporting systems, updating plans and schedules, tracking progress and performance, managing change logs, preparing reports and presentations, coordinating stakeholders, attending meetings, and documenting minutes.

Leads process engineering for industrial, chemical, biochemical, agribusiness, and manufacturing projects. Responsibilities include engineering calculations, process simulation, equipment sizing, hydraulic analysis, PFD and P&ID development, field investigations, multidisciplinary coordination, technical reviews, construction support, commissioning, mentoring, estimating, and customer-facing proposal support.

Designs and evaluates industrial electrical systems, primarily power distribution, motor feeders, starters, drives, building power, HVAC, lighting, grounding, generators, and UPS systems. Performs voltage drop, short-circuit, and arc-fault analyses; prepares engineering documents and equipment specifications; coordinates with project teams and contractors; and supports customer relationships and business development. The role requires project leadership, client communication, code knowledge, and occasional domestic travel to industrial and manufacturing facilities.

Manage semiconductor and industrial construction projects from planning through execution. Responsibilities include developing schedules, monitoring budgets, managing change control, coordinating cross-functional teams, maintaining governance and reporting, ensuring quality and safety compliance, and engaging clients and consultants. The role also supports stakeholder communication, business development, and capture of project learnings.

Leads industrial engineering for eVTOL aircraft manufacturing, including factory layouts, production cells, takt and cycle-time analysis, line balancing, labor planning, capacity modeling, and material flow. Drives Lean Manufacturing, continuous improvement, factory simulation, production ramp-up, NPI readiness, documentation, and compliance. Collaborates across manufacturing, engineering, supply chain, facilities, quality, safety, and program management while mentoring manufacturing personnel.

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.

Supports the development, implementation, and sustainability of a regional Labor Management System across distribution centers. Provides industrial engineering expertise, labor standards, time studies, process optimization, continuous improvement, reporting, analytics, training, and troubleshooting. Partners with operations, data analytics, IT, safety, maintenance, and logistics teams to improve productivity, costs, quality, service, and workforce performance. The role requires 30% travel to regional sites.

Leads industrial engineering and continuous improvement initiatives across manufacturing operations. Responsibilities include value stream mapping, capacity planning, facility and line layout, process optimization, simulation modeling, data analysis, NPI support, and operational metric improvement. Manages cross-functional projects, change initiatives, and manufacturing ramp activities; mentors junior staff and serves as a technical subject matter expert. Requires industrial engineering expertise, AutoCAD, simulation modeling, Lean Six Sigma, project management, and medical device manufacturing knowledge is preferred.

Coordinates industrial construction project teams, correspondence, documentation, bids, estimates, submittals, RFIs, scope changes, change proposals, and project meetings. Ensures compliance with OSHA and company safety requirements while supporting subcontractors, designers, owners, and other project stakeholders. The role is based in St. Louis, Missouri, requires onsite work, and involves 100% travel.

Develops and commissions industrial automation solutions involving motion control, drives, servo systems, PLCs, HMIs, and industrial communications. Designs application software, supports testing and troubleshooting, and optimizes machine performance. Partners with Sales on solution development, proposals, demonstrations, training, and customer engagement. Provides technical support, product selection, documentation, and commissioning assistance. Remote work requires residence in Georgia, Tennessee, North Carolina, or South Carolina and up to 25% regional travel.