Top Industrial Engineering Jobs

The role supports continuous improvement in manufacturing processes using Lean and Six Sigma methodologies, data analysis, and collaboration with technicians and engineers.

The Industrial Engineer II is responsible for optimizing logistics processes, conducting time studies, implementing improvement solutions, and supporting strategic initiatives in warehouse environments.

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 processes and improvements for the Airbus A350 production, ensuring compliance with industry regulations and facilitating communication between teams.

Lead planning, design, implementation, and management of production and service delivery systems to ensure performance, reliability, schedule adherence, cost control, and continuous improvement. Serve as an IE SME across work measurement, ergonomics, capacity, PFMEA/DFA, simulation, tooling, quoting, and warehousing; drive cross-functional projects and optimize human interfaces for SMT and backend processes.

Lead operational excellence initiatives and strategic manufacturing programs, managing project portfolios to improve safety, quality, and compliance in a regulated environment.

The Lead Industrial Engineer will implement efficient production methods, troubleshoot assembly processes, drive quality improvements, and collaborate cross-functionally to enhance manufacturing efficiency and reliability.

The Industrial Engineer III develops and implements production methods, drives quality improvements, monitors processes, and collaborates with teams to optimize assembly operations and technologies.

As an Industrial Engineer II, you will optimize production workflows for lunar products, collaborate with teams to enhance safety and efficiency, and drive continuous improvement initiatives.

The Industrial Engineer Tech I will assist in planning and implementing production processes, updating databases, and supporting lean initiatives within the engineering department.

Plan and analyze equipment layout, workflow, workstation moves, and manpower to improve efficiency and reduce waste. Conduct time studies, support ergonomic analyses, prepare quotes for mechanical assemblies, participate in Kaizen and cost reduction, maintain facility drawings, and support pre-production builds and DFM/A feedback.

The Industrial Engineer III role involves leading projects to eliminate waste, manage engineering metrics, support new product introduction, and mentor team members.

The Industrial Engineer will optimize manufacturing processes and workflows, lead strategic initiatives, conduct analyses, and collaborate across multiple teams to enhance efficiency and scalability.

The Industrial Engineer will enhance productivity by managing workflows, recommending improvements, and supporting cost-saving initiatives through methodologies like Lean and Six Sigma.

The Industrial Engineer will optimize EPIC Lab operations, manage lab information systems, define KPIs, and improve processes while collaborating with cross-functional teams.

The Industrial Engineer I supports engineering programs in supply chain, conducting data analysis, time studies, and process improvements to enhance warehouse and delivery operations.

Lead factory design and production system development for satellite manufacturing. Responsibilities include layout and flow design, capacity modeling, NPI support, DFMA, lean continuous improvement, KPI reporting, and mentoring junior engineers.

The Senior Industrial Simulation Developer will create simulations to optimize robot fleets, analyze results for facility design, and consult with teams and clients on material flow strategies. Responsibilities include troubleshooting simulations and improving libraries.

The Industrial Engineer evaluates and improves plant performance across safety, quality, output, and costs, managing projects and conducting engineering studies.

Entry-level mechanical engineer assigned to industrial projects (power generation, central utility plants, process manufacturing). Assist senior engineers on design, drafting, reports, specifications, and client communication. Use engineering/design software and develop PFDs/P&IDs and piping system designs under supervision.

The Industrial Engineer will design process improvements, facilitate critical thinking in manufacturing, and analyze data for operational efficiency. Travel to client sites is required.

Design and optimize warehouse layouts and automated solutions, perform time studies and ROI analyses, develop pricing and staffing models, create dashboards and reports, lead process improvements, and manage stakeholder and vendor relationships across multiple 3PL sites.

Design and optimize warehouse layouts and processes across contract packaging sites and DCs. Perform time studies, productivity and ROI analyses, develop pricing/cost models, create implementation roadmaps, support continuous improvement, build reports/dashboards (Excel/SQL/BI), and manage vendor and stakeholder relationships to deliver safe, efficient, scalable operations.

The Industrial Engineer - LMS Specialist will optimize productivity and operational efficiency through LMS support, data analysis, and continuous improvement initiatives.

The Industrial Engineer III will plan, design, implement, and manage systems to ensure performance and cost control in production, improve processes, and support engineering teams.