Jereme Neuendank
Reliability Engineer Intern @SkyWater Technology
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WORK HISTORY
Reliability Engineer Intern @SkyWater Technology
Bloomington, MN, US
Developed MATLAB scripts for the analysis of Random Telegraph Noise (RTS) signals, enhancing signal processing capabilities for improved reliability assessment.• Packaged MATLAB scripts into portable libraries, facilitating seamless integration with Python applications and streamlining cross-language functionality.• Successfully converted MATLAB code to Python, optimizing code efficiency and compatibility with different programming languages.• Designed and implemented a simulation program utilizing python to simulate RTS effects on circuits within Cadence, contributing to accurate reliability assessments and informed decision-making.• Played a key role in the decision-making process for equipment purchases, providing valuable insights and recommendations to management based on technical expertise.
EDUCATION
Arizona State University
Bachelor's degree, Computer Systems Engineering
Arizona State University
Doctor of Philosophy - PhD, Computer Engineering
Arizona State University
Master of Science - MS, Electrical and Electronics Engineering
Spencer Highschool
Diploma
ABOUT JEREME NEUENDANK
In the realm of cutting-edge research and technological innovation, I bring a wealth of experience and expertise from diverse roles that have shaped my journey.As a Graduate Research Associate at Arizona State University, I led the charge in advancing the understanding of Random Telegraph Noise/Signals (RTN). I developed sophisticated analysis tools, created models accurately depicting the effects of RTN, and played a pivotal role in setting up a cryogenic testing system. Additionally, my contributions to the creation of a Cryogenic Process Design Kit showcased my commitment to pushing the boundaries of research and technology.Transitioning into industry as a Reliability Engineering Intern, I immersed myself in the development of MATLAB scripts, conversion of code to Python, and the design of simulation programs for Cadence. My analytical skills were crucial in influencing equipment purchase decisions, demonstrating a unique blend of technical prowess and strategic thinking.Beyond my academic and internship experiences, I served as a Tier One Technical Support at Microsoft, where I honed my troubleshooting skills, participated in pilot programs, and resolved customers\' technical issues with Office products.In my role as a Technical Support + Network Specialist at Spencer Public Schools, I maintained and supported computer systems and networks, configured hardware, and provided crucial technical support to individuals within the organization.I am passionate about the intersection of technology and innovation, and I am eager to bring my skills and insights to new challenges and opportunities.Connect with me to explore how we can collaborate and drive technological advancements together!Current Publications:Primary Author: Single Event Upset Response of 12LP FinFET Digital Circuits (SEE/MAPLD 2022)Single event upset and total ionizing dose response of 12LP FinFET digital circuits (NSREC 2022)TID Effects on Random Telegraph Signals in Bulk 90 nm MOSFET Devices (IIRW 2023)Non-Primary Author: Layout Dependence of Total Ionizing Dose Effects on 12-nm Bulk FinFET Core Digital Structures (NSREC 2022)Self-correcting Flip-flops for Triple Modular Redundant Logic in a 12-nm Technology (ICAS 2022)Summary of Recent Total Ionizing Dose Testing on GF 12LP CMOS Technology (2022)Characterization of Total Ionixing Dose Effects in 12nm FinFET Technology with 60keV X-Rays (2022)TCAD Calibrated SEE Fault Model Validated with Beam Results for a 12nm D Flip-Flop (RADECS 2022)Total Ionizing Dose and Single Event Effects on 12-nm bulk FinFETs (HEART 2022)
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