Top Industrial Engineering Jobs

Design and implement factory layouts, model process flow and capacity, lead NPI and DFMA efforts, drive lean continuous improvement, and establish KPIs and data-driven production plans for multi-mission fabrication shops.

Design and engineer structural solutions for retail, QSR, and hospitality environments. Produce detailed CAD drawings and 3D models, ensure structural integrity and manufacturability, support prototyping and testing, collaborate with vendors and cross-functional teams, present to clients, and maintain documentation and compliance with codes and standards.

Lead industrial engineering efforts to optimize production flow, analyze cycle and queue times, build scalable models, guide digital transformation, create shop-floor metrics/visualizations, conduct time studies, improve facility layouts, and support cost, inventory, and production-control initiatives in a manufacturing environment.

Manage industrial EPCm capital projects through full life cycle (pre-FEED to commissioning). Lead multi-discipline teams, oversee engineering deliverables, budgets, schedules, project controls, client negotiations, change orders, QA, and status reporting.

Support Facilities Engineering for the Anniston plant and corporate Facility Council. Lead and manage multiple facilities projects end-to-end (scope, schedule, budget, risk), maintain CAD layouts, manage lease negotiations, specify capital/equipment upgrades, support Process Planning and Manufacturing Engineering, implement lean initiatives, and create business cases and presentations.

Serve as Engineer of Record for industrial projects, leading electrical system design for food/beverage, cold storage, warehouse, and distribution facilities. Perform calculations, specifications, mentoring, review drawings, ensure code compliance across SD, DD, CD, and CA phases, and support construction administration and site visits.

Combine process engineering and technical support to improve production efficiency: apply lean methods, optimize layouts and BOMs, support packaging, troubleshoot and program equipment, and administer plant systems (SAP, RF, PCCS/ATEC). Liaise with maintenance, vendors, and IT to maximize equipment uptime and drive cost savings.

Design, program, commission, and maintain PLC and robotic control systems for solid rocket motor and energetic materials production. Develop structured text code, electrical cabinets, HMI/SCADA, plant networking (4-20 mA, Ethernet), and machine-vision/ML optimization. Lead automation solution selection and deployment, apply Lean/Six Sigma, ensure NEC/UL508A and hazardous-area compliance, collaborate with cross-functional teams, and mentor junior engineers toward leading the automation and controls group.

Plan and analyze equipment layout, workflow, workstation moves, and manpower to optimize plant resources. Conduct time studies, ergonomic analysis, capacity planning, and create space allocation and facility drawings. Recommend logistics and process improvements, support workstation/equipment design, prepare assembly quotes, support pre-production and new launches, and participate in continuous improvement (kaizen) and cost reduction initiatives.

Execute and sustain continuous improvement on the production floor by conducting time studies, process mapping, root cause analysis, facilitating kaizen events, maintaining SOPs, tracking KPIs, coordinating training for new equipment, and engaging frontline teams to reduce waste and improve productivity.

The Sr. Industrial Engineer will optimize supply chain networks and lead improvement projects to enhance productivity and efficiency at distribution centers. Responsibilities include collaborating with cross-functional teams, managing financial aspects of projects, and providing guidance to team members.

The Senior Electrical Engineer will manage multiple projects, lead a team, and utilize electrical engineering principles in industrial settings while focusing on business development.

Lead industrial engineering initiatives to optimize manufacturing and warehouse processes, deploy PFEP, simulate workflows (REFA, MOST, WITNESS), support NPI, improve labor standards, and drive Lean, Automation, and Six Sigma projects to increase throughput and reduce cost.

The Senior Engineer develops capacity models, analyzes production needs, improves equipment utilization, reduces cycle time, and manages layout for tool installation.

The Customer Support Engineer promotes sales and provides technical support for Misumi products, collaborating with teams to drive customer success and increase sales while ensuring accurate product information and support.

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.

Own warehouse process improvement across an 8,000+ SKU fulfillment environment: eliminate waste, run time-and-motion studies, set labor standards, redesign pack stations, optimize pick paths and ergonomics, map physical flows to WMS, implement error-proofing, and measure operational cost savings.

Optimize manufacturing processes for autonomous surface vessels using material flow analysis, lean manufacturing, Six Sigma, and data analytics. Improve workflows, reduce waste, increase throughput, implement KPIs, address bottlenecks and quality issues, support capacity planning, and collaborate with engineering and operations to ensure manufacturability and efficiency.

Support regional design-in revenue growth for industrial customers by providing technical advice, design-cycle support, and relationship building with customers, manufacturers, and internal teams. Drive design confirmations and revenue, develop sales strategies, conduct seminars, and collaborate with territory reps and product teams.

Remote technical sales role supporting the Central region to grow design-in revenue for industrial markets. Provide technical advice through the design cycle, build customer and manufacturer relationships, collaborate with sales and engineering teams, run seminars, and achieve revenue and budget targets.

Support industrial engineering functions to improve production efficiency, design tooling and workstations, perform time studies, optimize layouts, reduce scrap, monitor maintenance and quality data, and implement continuous improvement and cost reduction initiatives.

The Senior Quality Engineer will implement a robust Quality Management System for a new production line, ensuring compliance and quality processes while leading continuous improvement initiatives.

Develop and maintain fab capacity and equipment capability models. Use Theory of Constraints to improve throughput and reduce costs. Define production and design standards, implement labor best practices, and collaborate with engineering on yield improvement roadmaps.

Support manufacturing and distribution process improvements from concept through production. Conduct time-and-motion studies, root cause analysis, line balancing, data analysis, and develop automation business cases. Maintain CAD layouts, partner with production teams, and prioritize continuous improvement initiatives to improve safety, quality, and throughput.

Serve as a trusted, client-facing technical advisor for industrial customers. Lead onsite meetings, onboarding, training, and product demonstrations. Drive adoption, monitor account health, resolve technical issues with product and engineering teams, and capture user feedback to guide product improvements and expansion across facilities.