Top Industrial Engineering Jobs

The Senior Industrial Engineer will optimize operations, reduce waste, conduct cost studies, design layouts, and collaborate with cross-functional teams to improve manufacturing processes.

Lead industrialization and manufacturing system design for large-form assemblies. Drive DFM/DFA, PFMEA and risk assessments, ergonomic and facility layout optimization, labor and capacity modeling, and mentor engineering teams to ensure safe, scalable, cost-effective production from NPI through full production.

The Industrial Engineer will analyze processes, improve workflows, reduce waste, develop labor standards, and implement improvements in an automotive manufacturing environment.

The intern will design, develop, and evaluate integrated systems for managing industrial production processes and provide lean manufacturing solutions.

The Industrial Engineer Tech 1 supports the Industrial Engineering Department by assisting with production system planning and managing layouts, time studies, and data updates in various engineering systems.

The Remote Support Engineer provides technical support for troubleshooting and diagnosing systems, manages customer interactions, and updates technical documentation.

Analyze and simulate current (as-is) industrial systems and capacity, perform value stream analysis and line balancing, assess critical paths, propose to-be VSA and capacity bridge solutions to enable ramp-up or performance improvements, and support the Industrial Architect in prioritizing investments and implementations.

Lead and optimize manufacturing processes across Plexus sites as a subject-matter expert. Provide technical and project leadership, drive continuous improvement, support customer interactions, and apply statistical analysis to improve productivity, quality, safety, and cost reduction.

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.

Lead strategic projects to streamline business processes, optimize operations, and influence business strategy across departments in a high-impact role.

The Industrial Engineer I supports planning and design of production systems for efficiency and cost control, improving operations and workflows.

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

The Industrial Engineer III will lead projects to eliminate waste, manage production and service delivery systems, and support continuous improvement efforts. Responsibilities include process mapping, project quoting, and mentoring junior engineers while ensuring adherence to Jabil's standards and metrics reporting.

The Senior Industrial Engineer will enhance supply chain performance, drive cycle time improvements, develop algorithms for optimization, and collaborate with manufacturing teams.

The Industrial Engineer will optimize manufacturing processes, implement systems for workflow control, enhance productivity, and ensure quality standards in electric aircraft production.

Intern will participate in refining control plans, creating work instructions, and developing a decision tree for quality and productivity improvements.

The Industrial Engineer will develop work instructions, improve assembly processes, and analyze data for production efficiency at Oshkosh Defense.

The Industrial Engineer Tech II role focuses on supporting the Industrial Engineering Department by managing data and layouts, conducting time studies, and ensuring process integrity within production systems.

The Industrial Engineer will design, implement, and improve manufacturing systems, focus on process efficiency, quality assurance, and cost reduction while collaborating with teams to enhance productivity and sustainability.

Support production efficiency by performing work measurement, process simulation, NPI process planning, takt/cycle time analysis, layout and labor utilization studies, and lead Lean/Automation/Six Sigma initiatives to increase throughput, reduce cost, and improve quality.

The Industrial Engineer will manage productivity by optimizing workflows, improving efficiency, and implementing engineering solutions in manufacturing processes.

The Project Industrial Engineer will optimize Jabil's processes focusing on efficiency, cost, and quality improvement across US sites, leading projects from conception to implementation.

Optimize production processes, minimize labor hours, define working sequences, recommend improvements, support production startups, and evaluate new technologies to enhance productivity.

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.

Industrial Engineer I will support the department in planning and managing production systems for efficiency, reliability, and cost control while continuously improving operations and monitoring quality and workforce utilization.