Top Industrial Engineering Jobs

Leads industrial engineering and manufacturing optimization initiatives, including strategic planning, capacity planning, facility and equipment layout, workflow analysis, finite scheduling, manufacturing simulations, cost and inventory control, and capital asset planning. Develops performance metrics, supports program delivery and cost milestones, and provides technical leadership and mentoring. Requires extensive engineering or manufacturing experience, U.S. citizenship, and ability to obtain a Secret clearance.

Provides technical leadership in industrial engineering, manufacturing planning, facility and equipment utilization, capacity planning, scheduling, simulation, cost control, inventory control, and continuous improvement. Develops strategic plans, analyzes capital assets, performs manufacturing simulations, establishes efficient workflows, maintains schedule and cost metrics, and mentors technical staff. Requires extensive engineering or manufacturing experience, leadership communication, technical writing, and proficiency with Microsoft Office tools. Secret clearance eligibility and U.S. citizenship are required.

Supports industrial engineering and continuous improvement activities in a postal repair and refurbishment facility. Responsibilities include conducting time studies, analyzing workflows and production data, optimizing layouts and workstations, applying Lean and root-cause analysis, evaluating material handling solutions, collaborating with engineering and quality teams, and maintaining SOPs and technical documentation.

Develops and maintains manufacturing processes, routers, BOMs, work instructions, tooling, and production documentation for engineered lighting products. Partners with engineering and production teams to troubleshoot issues, improve quality, safety, cost, cycle time, capacity, and material flow. Designs fixtures and tooling using AutoCAD and Solid Edge, supports prototypes and new product introductions, applies Lean and time-study methods, prepares capital equipment justifications, and trains employees on processes and procedures.

Model and document original designs and components using SolidWorks, create and troubleshoot Allen-Bradley PLC code, integrate instrumentation, and manage equipment installation projects. The role also develops RFQs and statements of work, coordinates vendors and contractors, prepares technical documentation, and selects and installs required hardware and software. This hybrid position is primarily onsite and reports to the Advanced Manufacturing Manager.

Supports prefabrication and manufacturing operations through industrial engineering analysis, production workflow improvement, standard work documentation, material handling optimization, and production data analysis. Participates in Lean and continuous improvement initiatives, quality checks, compliance documentation, and collaboration with manufacturing, product, and project teams to improve efficiency, safety, quality, and waste reduction.

Supports prefabrication and manufacturing operations through production workflow analysis, process improvement, standard work documentation, production data analysis, Lean initiatives, material handling optimization, quality checks, and compliance documentation. Collaborates with manufacturing, product, and project teams to improve efficiency, quality, safety, and waste reduction.

Leads industrial engineering and manufacturing optimization initiatives, including simulation modeling, plant layout, process-flow analysis, continuous improvement, cost control, resource planning, data visualization, and capital-plan execution. The role supports advanced electronics manufacturing, mentors team members, coordinates cross-functional projects, and requires obtaining and maintaining an interim and final Secret clearance.

Supports welding operations for a two-year medical device industry project. Responsibilities include developing, qualifying, documenting, and troubleshooting welding processes; performing root-cause analysis; maintaining procedures and parameters; supporting operators and technicians; interpreting blueprints and weld symbols; collaborating with manufacturing, tooling, assembly, and quality teams; and ensuring safety, quality, and code compliance.

Lead design and improvement of warehouse and packaging operations across multiple sites. Perform time studies, analytics, layout design, and automation proposals; develop KPIs, dashboards, and implementation roadmaps. Partner with operations, finance, and vendors to validate productivity, drive cost savings, and ensure safety and compliance.

Lead electrical engineering for industrial control panels, including schematic and layout development, component sizing, bills of material, engineering release packages, and UL/NEC compliance. Collaborate with customers, manufacturing, quality, and engineering teams; support factory acceptance testing, troubleshooting, and validation. The role will develop into the company’s primary UL Manufacturer’s Technical Representative and help shape certification standards and continuous improvement initiatives.

Supports sales of industrial automation and control products by specifying solutions, recommending inventory, identifying customer opportunities, and explaining new technology. Provides technical guidance for equipment operation and maintenance, supports customers and company personnel, and presents complex solutions to technical and non-technical audiences. Requires extensive travel and use of a personal vehicle for business purposes.

Develop and maintain engineered labor standards, prescribed work methods, and labor management systems across supply chain operations. Analyze operational data using SQL and related tools, conduct site audits, identify improvement opportunities, coordinate multi-site projects, and support process optimization. The role partners with operations and cross-functional teams, provides field education, mentors junior engineers, and tracks measurable productivity and labor utilization results. Travel to Sysco facilities may reach 75%.

Leads the development and analysis of manufacturing simulation, emulation, and digital-twin models. Optimizes throughput, capacity, line balancing, labor, equipment utilization, and production workflows using industrial engineering, Lean, and Six Sigma methods. Partners with engineering, automation, supply chain, and operations teams; supports new product introductions; evaluates capital investments; and presents recommendations to technical and executive stakeholders. The role is hybrid in Alpharetta, Georgia, with 30–50% travel.

Leads industrial engineering, equipment reliability, Lean manufacturing, and continuous improvement initiatives across cabinet manufacturing operations. Analyzes production, labor, maintenance, and equipment data; improves throughput, capacity, safety, quality, workflow, and cost; conducts time studies and line balancing; develops labor standards and performance dashboards; supports facility layouts, automation, capital projects, and new product introduction; and partners cross-functionally to reduce waste and downtime.

Develop and maintain manufacturing strategies, equipment plans, plant layouts, tooling, procedures, and operator training. Lead continuous improvement, Kaizen, lean manufacturing, safety initiatives, capital projects, process improvements, problem solving, new product introductions, pilot runs, engineering changes, and production support. Provide technical assistance with CAD, CNC programming, robotics, automation, inspection systems, bills of materials, routers, and SAP manufacturing data while collaborating cross-functionally.

Designs, implements, and maintains industrial automation and process control systems at a highly automated steel manufacturing plant. Responsibilities include PLC and HMI improvements, control-system architecture, production and equipment optimization, performance monitoring, troubleshooting, systems integration, technical specifications, and project management. Supports steelmaking and rolling-mill operations while providing maintenance assistance and emergency on-call support.

Lead automation and electrical engineering for steelmaking and rolling mill operations. Design, commission, and troubleshoot PLC/HMI systems, drives, and motor control equipment; develop control strategies, KPIs, and integration with business systems; drive continuous improvement, reliability, and safety; manage projects and provide technical leadership and on-call support.

Supports semiconductor manufacturing operations through capacity modeling, what-if analysis, data validation, throughput and cycle-time analysis, equipment loading studies, process-flow optimization, cost analysis, and operational reporting. The role analyzes large datasets, maintains manufacturing methods and layouts, coordinates process releases, determines production capacity and tool requirements, and supports management decision-making. Work requires collaboration across engineering, manufacturing, and planning teams in a cleanroom environment.

Optimize manufacturing operations for commercial lawn equipment by analyzing workflows, reducing waste, improving quality and throughput, and implementing lean manufacturing initiatives. Responsibilities include time studies, labor standards, plant layout and ergonomics optimization, root cause analysis, KPI reporting, process and tooling design for new products, production-line support, regulatory compliance, and training production staff.

Optimize manufacturing operations through workflow analysis, lean initiatives, time studies, plant-layout and material-flow improvements, ergonomics, root-cause analysis, and KPI reporting. The role supports new product introductions, production tooling, safety compliance, serial production lines, finished-goods assembly, and continuous improvement. It also collaborates with Production, Quality, Maintenance, and Supply Chain teams while training production staff and improving throughput, quality, and cost efficiency.

Investigate industrial incidents involving equipment, safety procedures, material handling, tools, and plant layouts. Analyze machine guarding, warnings, PPE, operational procedures, and standards of care; produce scientifically sound reports and provide expert testimony. The role requires a Professional Engineer license, 10+ years of manufacturing and production engineering experience, strong communication skills, and the ability to manage 40–60 projects or clients. Approximately 20% travel is required.

Analyzes and improves material flow, warehouse layouts, inventory movement, production support, and logistics processes in an automotive environment. Responsibilities include PFEP development, time studies, labor analysis, line-side delivery planning, workflow design, process mapping, visual management, standard work documentation, and Lean/Six Sigma continuous improvement. The role partners with operations, engineering, and customer teams while developing performance reports and metrics.

Supports prefabrication and manufacturing operations through industrial engineering analysis, workflow and workcell improvement, standard work documentation, production data analysis, Lean initiatives, material handling optimization, quality checks, and compliance documentation.

Optimizes manufacturing processes through engineering analysis, continuous improvement, cost reduction, and collaboration. Develops and verifies manufacturing solutions, creates project documentation, applies statistical process control, and supports productivity, quality, safety, and customer requirements. The role also requires independent work within manufacturing processes, technical specialization, mentoring, and effective communication with cross-functional teams and customers.