Mark Lapierre
About Mark Lapierre
Mark Lapierre serves as the Failure Analysis Engineering Manager at ON Semiconductor, where he leads a team in semiconductor failure analysis using lean six sigma practices. He has a background in electrical engineering and extensive experience with analytical tools for identifying root causes of device failures.
Work at Onsemi
Mark Lapierre has served as the Failure Analysis Engineering Manager at ON Semiconductor since 1998. In this role, he leads a team-focused approach to tackle challenges in semiconductor failure analysis. His responsibilities include utilizing advanced analytical tools such as Scanning Electron Microscopy (SEM), Energy Dispersive X-ray Spectroscopy (EDX), and Electrical and Magnetic Measurement Instrumentation (EMMI) to conduct detailed analyses. His expertise lies in identifying the root causes of failures in semiconductor devices, ensuring the reliability and performance of products.
Education and Expertise
Mark Lapierre earned a Bachelor of Science degree in Electrical and Electronics Engineering from the University of Maine, where he studied from 1994 to 1998. His educational background provides a strong foundation for his extensive experience in the semiconductor industry. He employs lean six sigma practices to optimize procedures and enhance organizational efficiency, demonstrating his commitment to continuous improvement in engineering processes.
Background
Prior to his tenure at ON Semiconductor, Mark Lapierre worked as a Transmission and Distribution Engineer at Bangor Hydro from 1997 to 1998. This role contributed to his understanding of electrical systems and tools, which he later applied to his work in semiconductor failure analysis. His career has spanned over two decades, focusing on the semiconductor sector and emphasizing hands-on experience with AC/DC electrical tools.
Achievements
Mark Lapierre has made significant contributions to the field of semiconductor failure analysis through his leadership and technical expertise. He has successfully implemented team-based problem-solving strategies and advanced analytical techniques to enhance failure analysis processes. His work has improved organizational efficiency and the reliability of semiconductor devices, reflecting his commitment to excellence in engineering.