Yue completed a double major consisting of B.S. in Electrical Engineering and B.S. in Mathematics from Georgia Institute of Technology in 2019. She joined Dr. Ansari’s research group in Summer 2018 as an undergraduate student with an interest in RF MEMS devices and applications. Her current research focuses onthermal modeling of acoustic resonators, loss mechanisms in AlScN, and resonant infrared sensors.
Category: News
James will present his work on “thermal characterization of ferroelectric AlScN acoustic devices” at IEEE MEMS 2021!
Congratulations to James for being nominated for best student award finalist in IEEE MEMS 2021!
Tony wins the prestigious ARCS Scholar Award Fellowship! Congrats Tony!
The ARCS Scholar Award recognizes outstanding doctoral students who have a record of past achievement and who show exceptional promise of making a significant contribution to the worldwide advancement of science and technology. Tony was chosen as 1 out of 14 graduate students at Georgia Tech campus wide.
Our recent work on bidirectional motion of milli-bristle robots is accepted for publication at the “International Journal of Nonlinear Mechanics!”
Congrats to DeaGyu and the team!
Two papers will be presented at IFCS2020 next week!
Congrats to James and Mingyo for having their papers accepted for oral presentation at IFCS-ISAF 2020!
Mingyo’s paper on “Epitaxial AlScN Super High Frequency Resonators” is now published in JMEMS!
Congrats to Mingyo and the team!
https://ieeexplore.ieee.org/abstract/document/9122391
Jame’s paper on switchable AlScN FBARs is selected as the best student award finalist at IFCS!
https://ifcs-isaf2020.org/ifcs-student-paper-finalists
James’ paper on “Switchable AlScN FBARs with a record high kt2” is accepted for oral presentation at IFCS2020!
Congrats to James and Mingyo. The paper is titled: “A High-kt2 Switchable Ferroelectric Al0.7Sc0.3N Film Bulk Acoustic Resonator”
https://ifcs-isaf2020.org/
DeaGyu’s most recent work is accepted for publication at MARSS 2020/21. It reports on the “world’s smallest bristle-bot!”
The paper is titled “Magnetically-Actuated Micro-Scale Bristle-Bots.” Congrats to DeaGyu and Chris!