Mark Dietz
About Mark Dietz
Mark Dietz is a Product Engineer at Plexus Corp. in Buffalo Grove, Illinois, with extensive experience in the aerospace, automotive, and fluid handling industries, focusing on process improvement and cost reduction.
Work at Plexus
Mark Dietz has been employed at Plexus Corp. as a Product Engineer since 2020. He works in Buffalo Grove, Illinois, where he focuses on process and productivity improvement, cost reduction, and the implementation of new product machining, assembly, and quality systems. His role involves analyzing root causes of problems to enhance yield and minimize costs associated with poor quality.
Previous Experience at Woodward, Inc.
Prior to his tenure at Plexus, Mark Dietz served as a Senior Manufacturing Engineer at Woodward, Inc. from 2006 to 2020. During this 14-year period in Niles, Illinois, he developed expertise in manufacturing processes and contributed to various projects aimed at improving production efficiency and quality.
Education and Expertise
Mark Dietz possesses a comprehensive background in engineering, particularly within the aerospace, automotive, and fluid handling industries. His expertise includes root cause problem analysis, which he applies to enhance manufacturing processes. He is recognized as a subject matter expert for various special processes and has a strong commitment to expanding his knowledge in the field.
Skills and Specializations
Mark Dietz specializes in several key areas, including process and productivity improvement, cost reduction, and the establishment of new product lines. He employs his design, manufacturing, and interpersonal skills to drive quality and productivity enhancements. His approach is characterized by a relentless pursuit of continuous improvement in manufacturing and quality processes.
Commitment to Continuous Improvement
Mark Dietz demonstrates a strong commitment to continuous manufacturing and quality process improvement. He utilizes his design, engineering, and troubleshooting experience to enhance production processes, ensuring that operational efficiencies are maximized and quality standards are met.