I completed my Bachelor of Science's degree in Materials Science and Engineering (Cum Laude Distinction) with a minor in Chemistry at Korea Advanced Institute of Science and Technology (KAIST), Republic of Korea. During my undergraduate studies, I contributed to a project investigating the performance deterioration of CMOS image sensors at SK Hynix as part of an internship. I also undertook a short internship at Vidyasirimedhi Institute of Science and Technology (VISTEC), Thailand, focusing on metal-organic framework (MOF-525) materials for supercapacitor applications. My undergraduate thesis, which received a distinction award, involved TCAD (Silvaco) simulation and fabrication of a dual-gate oxide TFT-based biosensor for the COVID-19 virus.
I continued my postgraduate studies at KAIST, earning my Master of Science's degree in Materials Science and Engineering. My master's thesis focused on developing thin-film, active-matrix-driven vein/fingerprint biometric sensors for integration with smart device display systems. Additionally, I was a visiting graduate student at VISTEC, conducting research on the effect of water content in perovskite solar cells.
My DPhil research focuses on developing ion-charged nanolayer materials for analog deep learning devices, and I am supported by the EPSRC IDS DTP scholarship. I am also interested in aromatic chemistry and am a collector of artisanal perfumes and a novice perfumer.