Prof. Ching-Fang Tseng | Dielectric Ceramics | Best Researcher Award
National United University/Department of Electronic Engineering, Taiwan
Author Profile
đ Academic and Professional Background
Ching-Fang Tseng received her Ph.D. degree in Electrical Engineering from Cheng Kung University, Taiwan, in 2007. She is currently a Professor in the Department of Electronic Engineering at National United University, Taiwan. Her research interests span wearable and flexible antennas, implantable antennas, biomedical devices, microwave/mm-wave/sub-THz mobile antennas, wireless biosensors, glass-free ULTCC and LTCC microwave dielectric materials, biomedical signal analysis, nonintrusive biological signal measurement, and intelligent health monitoring systems. Since 2020, she has been consistently ranked among the World’s Top 2% Most-Cited Scientists by Stanford University.
đ Editorial Appointments and Collaborations
Professor Tseng has actively participated in numerous industry-university cooperation projects, leading to the development of ceramic antenna temperature sensors, low-loss dielectric films, and miniaturized antennas for physiological monitoring systems. She has successfully transferred research results and technologies to several partner companies, ensuring practical applications and industrial impact.
đŹ Areas of Research
Professor Tsengâs research focuses on glass-free ULTCC and LTCC microwave dielectric materials, wearable and flexible antennas, implantable antennas, biomedical devices, microwave/mm-wave/sub-THz mobile antennas, wireless biosensors, biomedical signal analysis, nonintrusive biological signal measurement, and intelligent health monitoring systems. Her innovative work bridges material science and biomedical engineering, advancing both fields significantly.
đ ïž Contributions
Through her research, Professor Tseng has made remarkable contributions to the advancement of glass-free LTCC/ULTCC dielectric materials and their application in 5G/6G antennas, implantable antennas, and biomedical sensors. She explores the influence of the internal structure of materials and atomic bonding energy on their properties, leading to specialized applications in a variety of technological domains. Her work inspires innovative use of advanced materials for next-generation wireless and biomedical technologies.
Notable Publicationsđ
đCompact Wideband Implanted Antenna for Medical Device Radiocommunications Service, Long Term Evolution, Global System for Mobile Communications, and Wireless Medical Telemetry Service Band Biosensing Applications
Authors: P. Tseng, Peijung; C. Tseng, Chingfang; X. Zeng, Xiangyi; C. Hsu, Chenghsing; M. Chou, Minghao
Journal: Sensors and Materials
Year: 2022
đStudy of Nd(Zn0.5Ti0.5)Oâ Dielectric Thin Films Fabricated Using SolâGel Method
Authors: C. Tseng, Chingfang; B. Huang, Boyan; C. Hsu, Chenghsing
Journal: Sensors and Materials
Year: 2022
đDesign of Broadband Implantable Antenna for Biomedical Application
Authors: C. Tseng, Chingfang; B. Huang, Bozhong; W.C. Chuang, Wen Chieh
Journal: Journal of Internet Technology
Year: 2022
đEffect of Ar Partial Pressure and Substrate Temperature of CaLaâ(Zrâ.ââ Tiâ.ââ )âOââ Dielectric Films
Authors: C. Hsu, Chenghsing; W.S. Chen, Wen Shiush; C. Tseng, Chingfang; P. Chou, Poheng; Y. Lin, Yuju
Journal: Microsystem Technologies
Year: 2022
đInfluence of Thermal Treatment of Sol-Gel Derived (Caâ.âSrâ.â)ZrOâ Dielectric Thin Films
Authors: C. Hsu, Chenghsing; P. Chou, Poyu; C. Tseng, Chingfang
Journal: Conference Paper
Year: 2022