Hyun Shim

Q: What is Hyun Shim email address?

Email Hyun Shim at hwshim@gmail.com and hyun.shim@intel.ca. This email is the most updated Hyun Shim email found in 2026.

Q: How to contact Hyun Shim?

To contact Hyun Shim send an email to hwshim@gmail.com or hyun.shim@intel.ca.

Principal Engineer / Engineering Manager at Intel Corporation | Hillsboro, Oregon, United States

About Hyun Shim

Hyun Shim currently serves as a Principal Engineer and Engineering Manager at Intel Corporation, where he plays a pivotal role in advancing semiconductor technology through his expertise in failure analysis and electron imaging. With a focus on cutting-edge process development for Intel's 18A, 20A, Intel 3, Intel 4, and Intel 7 nodes, Hyun leads key projects that involve Transmission Electron Microscopy (TEM) and Critical Dimension (CD) metrology. His work is crucial in ensuring the reliability and performance of next-generation semiconductor devices.

One of Hyun's significant contributions includes the automation of FIB-SEM and TEM processes, which streamlines defect inspection and enhances the accuracy of defect identification. By leveraging advanced techniques in 3-D electron imaging and automatic defect identification, he has significantly improved the efficiency of failure analysis workflows. His proficiency in Scanning Electron Microscopy (SEM) and Finite Element Analysis (FEA) further complements his skill set, allowing him to tackle complex challenges in semiconductor manufacturing.

Hyun's commitment to innovation is evident in his ongoing efforts to integrate automation into TEM CD metrology, which not only increases throughput but also elevates the precision of measurements critical for process optimization. His extensive background in molecular dynamics and computer-aided design (CAD) positions him as a thought leader in the semiconductor industry, driving advancements that shape the future of technology. Through his leadership and technical acumen, Hyun Shim continues to contribute to Intel's mission of delivering high-performance computing solutions while pushing the boundaries of semiconductor capabilities.

Hyun Shim Work