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Senior Industrial Engineer Jobs

This list tracks 100K+ company job sources and updates hourly with senior industrial engineer roles across manufacturing, process improvement, automation, quality, operations, and production systems.

Titles include senior industrial, manufacturing, process, quality, operations, or continuous-improvement engineer, along with production-systems leads and manufacturing managers. Actual work may cover facility and line layout, capacity modeling, labor and material flow, lean systems, cost reduction, automation, ergonomics, reliability, supplier processes, and operational analytics. The immediate production environment matters: launching a new process differs from improving a mature line, and a site-based position differs from work that coordinates several facilities. Work tied to daily production may require rapid problem solving, while longer-range roles can center on capacity, layout, automation, and investment decisions. Evaluate seniority through ownership of capital or process decisions, breadth of the production system, measurable operating responsibility, influence with plant leadership, and authority over cross-functional improvement work. Confirm whether leadership is technical, project-based, or tied to direct reports.

Build a comparison around the production system, the metric to improve, and the authority available to change it. The source posting should identify lean or statistical methods, simulation and analytics tools, quality and safety obligations, automation exposure, plant presence, shift support, and travel between sites or suppliers. Check whether success is defined through throughput, cost, quality, reliability, safety, or a combination of those measures. Prepare examples that quantify an improvement and explain how operators, managers, or partner teams adopted the change, without assuming a particular interview format. Disclosed compensation is easier to evaluate alongside schedule, location, travel, bonus terms, and responsibility for capital or operating results. Employer, location, industry, compensation, and sponsorship filters can narrow the inventory; credentials, authorization, and site-access requirements still need source confirmation.

Anyone can browse and filter without an account. A free account is useful for saving industrial-engineering roles, tracking applications, and using Copilot. Keep facility context and schedule expectations in the relevant role notes.

3,149
roles in this list
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Featuring roles at
Canva
Netflix
Notion
Visa
Capital One
& 100K+ more
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This list focuses on senior full-time roles in manufacturing engineering, process engineering, production planning, supply chain, operations, logistics, continuous improvement, and plant or process leadership. The function set reflects the manufacturing and process scope behind industrial engineering work.

Industrial engineering titles are not always tagged under one single function. The list combines manufacturing, process, production, supply chain, and operations function tags with broad industrial, manufacturing, or process title signals to keep the results relevant.

Highlight throughput improvements, capacity planning, line balancing, process optimization, lean or Six Sigma work, cost reductions, quality improvements, automation projects, safety improvements, inventory gains, and measurable operational outcomes.

Process roles usually focus on improving how work is performed, measured, and controlled. Manufacturing engineering roles often support production lines, equipment, tooling, quality, and scale-up. Operations roles can be broader, covering planning, logistics, labor, vendors, cost, and day-to-day execution.

Many do, especially roles tied to manufacturing, fulfillment, logistics, or process improvement. Some roles may accept adjacent experience in supply chain, operations analytics, production planning, automation, or continuous improvement if you can show measurable operational impact.

Useful tools can include Excel, SQL, Python, Tableau, Power BI, Minitab, simulation software, ERP or MRP systems, WMS tools, CAD exposure, statistical process control, lean methods, Six Sigma methods, and process-mapping techniques. The right mix depends on the environment.

Expect questions about diagnosing bottlenecks, improving throughput, reducing waste, managing change, working with operators or cross-functional teams, handling imperfect data, and explaining the business impact of process decisions. Some interviews may include case-style operational problems.

Compare the site or network scope, decision authority, capital budget, data quality, leadership support, production environment, travel requirements, compensation, safety culture, and whether the role owns measurable outcomes rather than only reporting on them.