Top Industrial Engineering Jobs

Leads the analysis, development, coding, integration, testing, debugging, deployment, documentation, and maintenance of SCADA and other software applications in a manufacturing environment. Mentors engineers, guides requirements translation, coordinates cross-functional stakeholders, promotes technology adoption, and ensures timely delivery of reliable solutions. The role is onsite in Cleveland and requires 15% travel.

Leads Lean Manufacturing and industrial engineering initiatives to optimize manufacturing processes, reduce waste, improve quality, and lower costs. Responsibilities include value stream mapping, time studies, line balancing, capacity analysis, continuous improvement, KPI reporting, NPI and plant launch support, PFMEA, control plans, and operator training. Collaborates with Engineering, Quality, Production, and Supply Chain teams in an automotive manufacturing environment.

Develops data and analytical systems for steel manufacturing process improvement; analyzes productivity and quality data, supports databases and software, and provides user training. Leads Lean manufacturing strategies, kaizen events, continuous improvement initiatives, metrics development, and plant-wide coaching. Manages multidisciplinary projects, schedules, resources, budgets, reporting, and stakeholder coordination while promoting safety and operational performance.

Designs and improves manufacturing processes using industrial engineering, data analysis, simulation, time studies, value stream mapping, equipment layouts, capacity analysis, and continuous improvement methods. Collaborates with engineering, finance, program, and manufacturing teams to optimize production flow, reduce waste, support capital assets, and manage multiple improvement projects. The role is fully on-site in Rocket Center, West Virginia and requires eligibility for a DoD Secret clearance.

Lead data-driven operational improvement initiatives across large datasets and cross-functional teams. Provide analysis, recommendations, and executive-level deliverables to reduce cycle time and costs, apply program management, and leverage analytics and Lean/Six Sigma methods to optimize manufacturing and service processes.

Lead strategic transformation projects across Applied Global Services to improve productivity, reduce cycle time and costs, and embed continuous improvement. Own full project lifecycle: analyze as-is, quantify opportunities, design solutions, gain stakeholder buy-in, and drive implementation. Perform rigorous data-driven analysis of large datasets, present executive-level recommendations, and partner cross-functionally while applying program management and change-management disciplines.

Develops and improves manufacturing processes by evaluating product flow, capacity, efficiency, and operational data. Creates performance metrics, supports demand-driven planning, leads project implementation activities, and develops optimization scenarios. Partners with plant personnel, cost accounting, and leadership across multiple facilities to improve productivity and manufacturing system control. Presents findings to senior leadership and ensures compliance with company, industry, and regulatory standards.

Develops locally manufactured products from sketches and CAD designs through prototyping and production. Experiments with wood, laser, UV printing, dye-sublimation, materials, machinery, automation, and AI tools. Tests prototypes for durability, safety, and finish; improves factory quality, efficiency, and cost; writes specifications and engineering changes; and collaborates with production on products for CocoNene and Pictures Plus.

Designs and improves manufacturing systems, production layouts, workflows, equipment, and quality-control processes. Applies industrial engineering, statistical analysis, lean manufacturing, and Six Sigma methods to reduce waste, costs, and production issues. Responsibilities include production planning, process control, equipment and workspace design using AutoCAD, quality and reliability analysis, documentation, vendor coordination, and technical support during new-production transitions. The role also supports equipment maintenance, production optimization, and peer review activities.

As an Industrial Mechanical Engineer, you will maintain and repair mechanical equipment, diagnose faults, deliver planned maintenance, and enhance efficiency and safety across the manufacturing facility.

Improves light-assembly productivity, efficiency, safety, ergonomics, and material presentation. Develops line-balancing plans, work instructions, capacity analyses, and Lean/DMAIC improvement projects. Maintains production routings in CRM and JDE, supports component tracking and quality audits, and collaborates with Manufacturing Engineering, Operations, Supply Chain, and line operators. Requires manufacturing Lean experience, engineering education, database knowledge, and familiarity with electrical components, tools, and Microsoft systems.

Leads innovation for industrial power systems, protection, and automation by connecting customer needs, market opportunities, technologies, and product development. Drives market analysis, strategic opportunity pipelines, product requirements, roadmaps, customer adoption, and commercial growth. Serves as a technical bridge across customers, Marketing, Product Management, Sales, Engineering, and R&D; mentors engineers and represents the company through technical forums, training, presentations, and industry engagement.

Lead the design, optimization, and launch of advanced aerospace manufacturing systems and greenfield facilities. Responsibilities include factory layouts, production line design, material flow, capacity planning, line balancing, simulation, labor analysis, lean manufacturing, equipment installation, commissioning, and production readiness. The role partners cross-functionally to develop scalable factories, improve throughput and quality, establish manufacturing standards, and support production ramps, NPI, and future factory expansion.

Develops and sustains manufacturing, engineering, and supply chain methods to reduce waste, cost, and improve quality. Maintains ERP bills of materials, bills of operations, product structures, costing, and production data. Performs time studies, value stream analysis, process balancing, facility layouts, and fixture design. Supports lean manufacturing, production planning, quality, safety, ERP training, data migration, and material transactions, while providing backup for planner-buyer responsibilities.

Industrial Engineer II develops and improves manufacturing processes, workplace layouts, labor standards, routing and bills of material. The role manages engineering projects, resolves production issues, applies lean and work-measurement methods, creates standardized work procedures, trains employees, and supports safe, efficient production. A bachelor’s degree in engineering and at least one year of applicable experience are required. The position is onsite, Monday through Friday, with limited off-hour support and some travel.

Owns the architecture, roadmap, standardization, and lifecycle management of industrial controls and simulation platforms. Provides technical leadership for Rockwell PLCs, motion and safety systems, OT networking, HMI/SCADA, digital twins, and virtual commissioning. Leads architecture reviews, platform governance, troubleshooting, technical debt reduction, and cross-functional alignment. Mentors engineers and may manage one or two employees while driving reusable controls capabilities across products, programs, and deployment sites.

Supports production and manufacturing engineering projects through process planning, material-flow design, workplace ergonomics, value-stream mapping, equipment specification, FMEA, project coordination, cost and schedule control, production launches, MTM analysis, Kaizen, and continuous-improvement initiatives.

Drives productivity, quality, safety, and cost improvements across machining and manufacturing operations. Performs value stream mapping, time and motion studies, line balancing, standard work development, capacity planning, root-cause analysis, Kaizen events, and workstation layout optimization. Works primarily on the production floor with operators, supervisors, and maintenance teams, while training staff on continuous improvement methods and supporting quality and manufacturing objectives.

Develop AI/ML-powered control systems, digital twins, simulation environments, and machine learning models for data center cooling equipment. Build reduced-order models, maintain FMU packages, investigate reinforcement learning and model-predictive control strategies, and deploy inference pipelines on Linux platforms. Integrate equipment and simulations using industrial protocols including MQTT, Modbus, and CAN while collaborating with thermal, mechanical, and controls engineers.

Analyzes manufacturing operations, including lead times, queue times, work-in-process, cycle times, throughput, and capacity. Develops performance metrics, data visualizations, scheduling tools, and optimization models while aligning SAP/MRP systems with production plans. Supports shop-floor operations onsite, improves workflows, and collaborates with IT, ERP, analytics, and data science teams. Requires industrial engineering or manufacturing experience, time studies, capacity modeling, process controls, and shop-floor controls knowledge.

Analyzes and improves manufacturing processes, workflows, layouts, material flow, capacity, and resource utilization. Develops work methods, process documentation, and improvement solutions using Lean and Six Sigma. Supports new product introduction, analyzes performance data, collaborates with production, quality, and supply chain teams, and presents recommendations to management.

Develops and maintains industrial customer relationships, identifies new business opportunities, leads external sales, supports proposals and post-sale activities, and ensures contract, pricing, delivery, quality, cost, and safety commitments are met. The role requires cross-functional collaboration, technical sales expertise, customer advocacy, product development support, and regular travel throughout the United States.

Leads industrial engineering and continuous improvement initiatives across warehouse, fulfillment, cross-dock, packaging, and transportation operations. Responsibilities include standardizing engineering practices, optimizing slotting and labor productivity, validating solutions for proposals, developing facility layouts, supporting automation and equipment reliability, managing project reporting, and sharing best practices. The role partners with operations and cross-functional teams, serves as an engineering advocate, and requires up to 40% domestic travel.

Industrial Engineer II leads logistics and distribution engineering initiatives across warehouse, fulfillment, cross-dock, packaging, and transportation operations. Responsibilities include facility layout, slotting, productivity analysis, Lean continuous improvement, automation and robotics optimization, engineering validation, standardized reporting, and project delivery. The role partners with operations and cross-functional teams to improve performance, develop best practices, support proposals, and advance strategic initiatives. Travel up to 40% within the United States is required.

Senior Industrial Engineer responsible for improving throughput, labor utilization, line balance, capacity, and manufacturing flow in an automated solar panel facility. The role analyzes production data, conducts time studies and bottleneck analysis, develops labor and capacity models, supports continuous improvement, partners with production and technical teams, and implements sustainable process, layout, equipment, and automation improvements.