Enxia Zhang

Reliability and radiation response in advanced microelectronic devices and ICs based on silicon, compound semiconductors, and two-dimensional materials, photonic devices, radio frequency devices and ICs, and MEMS/NEMS
Characterization of defects and their effects on the performance, reliability, and radiation response of emerging materials and devices for space applications

AFOSR/CoE — Radiation Effects Center of Excellence for radiation effects in wide-band gap semiconductor-based power devices
NASA Goddard — SiC power devices for lunar applications
DTRA/Penn State University — Rad-hard by design and radiation effects after characterization
DoD/Apogee — LFN and radiation effects in advanced technology in extreme temperatures
US/Army SCALE — Workforce development in radiation effects
NSF/EPICA — electronic photonic integrated circuits for aerospace in collaboration with Georgia Tech and UCF to study radiation in photonic devices and ICs

Session chair of Radiation Effects on Devices and Circuits for NSREC2022.
Award committee member for NSREC 2018, 2019 and 2020.
Program Committee Member and Chair of Defects in Electronic Materials session at American Vacuum Society Symposium 61, Baltimore, 9 – 14 November 2014.
Chair of Basic Mechanism session at NSREC 2013, San Francisco, CA, Jul. 8^th-12^th, 2013.
Program Committee Member, and Chair of Defects in Electronic Materials session at American Vacuum Society Symposium 60, Long Beach, CA, Oct.27^th –Nov. 1^st, 2013
Program Committee Member, and Chair of Defects in Electronic Materials session at American Vacuum Society Symposium 59, Tampa, FL, Oct.27^th –Nov. 3^rd, 2012
Chair of Defects in Electronic Materials session at American Vacuum Society Symposium 58, Nashville, Nov.1-5, 2011

2022 IEEE WIE leadership travel fund award
2022 Excellence in Teaching in ECE department at Vanderbilt University
Outstanding student paper awards for RADECS 2023, 2022 and 2021 (student advisor)
Outstanding student papers at 2021, 2019, 2015 and 2012 for IEEE NSRECs