Industrial Engineer I: Process Improvement & Optimization

Med-National Staffing Inc.; Auburn Hills (MI); On-site; USD 65,000 - 85,000; Full time

Job summary

Med-National Staffing Inc. is seeking an Industrial Engineer I to support manufacturing operations by developing production standards, labor planning, and facility layouts.

You will work across engineering, manufacturing, supply chain, and other teams to improve efficiency and propel continuous improvement initiatives. The role emphasizes time studies, line balancing, and optimizing work layouts in a high-volume automotive/mfg environment with opportunities to contribute to cost reduction and

Qualifications

• Bachelor's degree in Industrial Engineering or closely related field.

Responsibilities

• Establish production standards, line balances, and staffing for assembly operations.
• Develop and optimize material flow, layouts, and workstation configurations.
• Analyze labor/material requirements for changes, cost reductions, and make-versus-buy.
• Support implementation of manufacturing changes impacting processes and workflows.
• Monitor line performance and throughput; conduct time studies for efficiency.
• Participate in Lean, Six Sigma, and continuous improvement initiatives.
• Collaborate with internal departments, suppliers, and stakeholders from concept to implementation.
• Assist with facility planning, process development, and cost analysis.

Skills

Communication skills

Team collaboration

Analytical thinking

Multi-tasking

Problem solving

Education

Bachelor's degree in Industrial/Manufacturing/Mechanical Engineering

Tools

AutoCAD

3D visualization tools

ERP/PLM systems

MS Office

SharePoint

Job description

Med-National Staffing Inc. is seeking an Industrial Engineer I to support manufacturing operations by developing production standards, labor planning, and facility layouts.

You will work across engineering, manufacturing, supply chain, and other teams to improve efficiency and propel continuous improvement initiatives. The role emphasizes time studies, line balancing, and optimizing work layouts in a high-volume automotive/mfg environment with opportunities to contribute to cost reduction and