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Student Experiences

Under the direction of Professor Sergey Baryshev, a group of College of Engineering students is studying the effect of radiation on semiconductor devices. Through a collaboration with Texas Instruments (TI) and MSU's Facility for Rare Isotope Beams (FRIB), the students have a unique opportunity to work with a major manufacturer of space semiconductors and participate in Linear Accelerator testing at the FRIB.

In January 2025, eight students participated in the Space Electronics Effects Radiation Boot Camp. During the boot camp, students attended lectures on diamond technology, heavy ion testing, preparing electronics for tests, and an overview of the FRIB. This day prepared the students to perform and understand the test activities and the importance of the results.

On the final day, students conducted SEE testing on a driver amplifier device. TI personnel led the students through test activities, including connecting the board to power, control, and waveforms in the tunnel at the test station. TI personnel provided guidance on configuring the device using a graphical interface. The students also used the FRIB control panel, under the instructor’s direction, to position the test article and set the LET. The test activities were structured so that each student configured a series of test runs.

Students

Dimash Aimurzayev

I am Dimash Aimurzayev, an Electrical Engineering Master's graduate from Michigan State University. During my time as a Research Assistant in the MAM Lab, led by Professor Sergey Baryshev, my thesis was focused on understanding the single-event latchup (SEL) phenomena in analog-to-digital converters (ADCs). This work, in collaboration with Texas Instruments (TI) and MSU's Facility for Rare Isotope Beams (FRIB), utilized cutting-edge techniques such as relativistic heavy ion beam and UV-flash-light-photoemission microscopy to assess and mitigate the effects of SEL on ADC performance

Currently, I am a Test Engineer at Texas Instruments in the Mixed Signal Processors Department of the Embedded Processing Sector. My work includes developing test strategies for mixed signal processors, enhancing test efficiency, analyzing results for improvement, and reducing costs through optimized processes. I also collaborate with design, manufacturing, and cross-functional teams to ensure products transition smoothly from development to production. My career is dedicated to innovation and excellence in electrical engineering.

Jaclyn Bommarito

Hello, I'm Jaclyn Bommarito, a third-year student at Michigan State University majoring in Electrical Engineering. Currently, I work as an undergraduate research assistant for Professor Sergey, exploring the effects of radiation exposure on semiconductor functionality. This upcoming summer, I'll continue my role as a Product/Test engineer and work at Texas Instruments. I look forward to deepening my involvement with the team and delving further into this subject throughout the semester!


For more information, please contact Sergey Baryshev, serbar@msu.edu.