Chase Hunter Email & Phone Number

Boise, Idaho, Us

As Principal Engineering Lead, I drive a team of real-time defect analysis (RDA) engineers focused on boosting yield and reducing defects on Micron’s upcoming advanced DRAM nodes, including specializations in HBM and 3D DRAM technologies. Working at the intersection of cutting-edge technology and a fast-paced R&D environment, we are continuously pushing the limits of memory innovation to power the next generation of high-performance solutions.

Boise, Idaho, Us

As an RDA (real-time defect analysis) manager at Micron, I lead a dynamic team of engineers focused on defect reduction and yield improvement. Leveraging my expertise in advanced memory technologies like HRAM and 3D DRAM, I play a pivotal role in enhancing the efficiency and reliability of Micron's cutting-edge products.

Boise, Idaho, Us

As a defect analysis engineer, I work with all members of the manufacturing process to aid in the defect reduction and yield enhancement of memory products at Micron Technology. During my tenure, I have worked on several different memory types with a number of cross-functional teams including 3D NAND technology and serving as the RDA product champion for 3DXP technology. As a module owner, I work to setup and design automated inspections in order to drive defect reduction and device electrical characterization at key levels of the part type. On a day-to-day basis, I collaborate with process integration engineers in order to help identify and address yield, defectivity, and reliability issues that may arise throughout the R&D process. I also specialized in coding custom data analysis and interactive presentation interfaces for multiple teams, which allowed for R&D engineers in multiple departments to have more meaningful and effective interactions with large quantities of process data.

The Munsky Research group is a small research group led by Dr. Brian Munsky of the Department of Chemical and Biological Engineering at Colorado State University. The group specializes in the examination and creation of stochastic computational models of gene regulation, RNA fluctuations, and other cellular mechanisms. There is a particular focus on discrete stochastic analyses and models designed to help comprehend cellular fluctuations, more commonly known as gene expression "noise". The main tools used by the group include software such as Python and MATLAB.My senior year independent study focused on an analysis of uncertainty in computational modelling of E. coli pap pili regulation in MATLAB.

Camas, Washington, Us

For my first industry experience, I was employed in the semiconductor industry as an engineering intern for the Etch Equipment Department at WaferTech, a subsidiary of Taiwan Semiconductor Manufacturing Company (TSMC). While at WaferTech, I was responsible for completing numerous projects with direct benefits to my department. Personal Projects:• Circuit design and installation of chiller leak sensor system in fab• Administration and redesign of Etch department MS SharePoint site • General safety improvements to clean-room wet benches • Final presentation of project results to peers and department supervisors Working at WaferTech was an invaluable introduction to the high-tech manufacturing industry. The experience helped me to sharpen my professional and technical skills as well as familiarize me with the semiconductor industry and clean-room protocols and prepare me for my transition into full-time work in the semiconductor industry.

Bachelor'S Degree, Chemical And Biological Engineering

Study Abroad, Chemical Engineering