Ongoing Projects:
[00]-
Finished Projects:
[08]-P.I.-Project for Academic Research:
Supported by Daegu Univ. (2023.5~2024.4)
Topic: A study on a cylindrical PDMS (cPDMS)-based dielectric resonator antenna (DRA) sensor platform for non-contact glucose droplet detection in vitro environment
[07]-P.I.-Project for Mid-Career Research:
Supported by National Research Foundation of Korea (2022.3~2025.2)
Topic: A study on hybrid metasurface-based Ka-band (26.5–40 GHz) millimeter-wave absorbers
[06]-P.I.-Project for Lab-Specialized Start-up:
Supported by Commercializations Promotion Agency for R&D Outcomes (2022.4~2023.1)
Topic: Development of RF/microwave transparent antenna circuits and devices based on conductive silver nano-ink
[05]-P.I.-Project for Re-jumping Research:
Supported by National Research Foundation of Korea (2019.3~2020.2)
Topic: A study on the development of a biochip device based on fractal metamaterials and its application as a real-time RF/microwave sensor platform
[04]-P.I.-Project (type-2) for Young Research:
Supported by National Research Foundation of Korea (2015.7~2018.6)
Topic: A study on radio-frequency device and circuit based on conducting polymers for high-performance gas-sensors
[03]-P.I.-Project of Contract Research:
Supported by Korean Institute of Electromagnetic Engineering & Science (2017.2~2017.6)
Topic: Basic design of a millimeter-wave exposure system for cell experiments
[02]-P.I.-Project of Academic Research:
Supported by Daegu Univ. (2015.5~2016.4)
Topic: A study on microwave characteristics of conductive polymer (PEDOT:PSS)-based transmission line for ethanol gas
[01]-P.I.-Project of Academic Research for New Faculty:
Supported by Daegu Univ. (2014.10~2015.9)
Topic: A study on microwave characteristics of glucose droplets using compact and planar microwave devices
Research & Education Projects:
[05]-Research Advisor-The 21th Future Scientist Training Program (Yeongcheon Seongnam Girls High School)
Supported by Gyeongsangbuk-do Office of Education (2025.4~2025.12)
Topic: A study on 3D dielectric resonator antenna (DRA)-based environment sensors
[04]-Research Advisor-The 20th Future Scientist Training Program (Yeongcheon Seongnam Girls High School)
Supported by Gyeongsangbuk-do Office of Education (2024.4~2024.12)
Topic: Detection and analysis of electromagnetic waves emitted from electronic appliances using broadband antennas
[03]-Research Advisor-The 14th Future Scientist Training Program (Pohang High School)
Supported by Gyeongsangbuk-do Office of Education (2018.4~2018.12)
Topic: A study on fractal antennas for wireless communication
[02]-Research Advisor-The 12th Future Scientist Training Program (Gumi Girls High School)
Supported by Gyeongsangbuk-do Office of Education (2016.4~2016.12)
Topic: A study on frequency filters based on geometrical models with self-similarity
[01]-Research Advisor-Research & Education Project
Supported by Gyeongsan Science School (2015.6~12)
Topic: Design, fabrication, and performance evaluation of antennas
---------------------------------------Before Daegu Univ.--------------------------------------
Ph.D. Course & Post-Doc Projects:
[04]-P.I.-Post-Doc. @Yonsei Univ.:
Supported by National Research Foundation of Korea (2013.6~2014.5)
Topic: A study on a highly sensitive metamaterial-based biosensor
[03]-Project Fulfillment.-Ph.D. Course @Yonsei Univ.:
Supported by Samsung Electro-Mechanics (2008.3~2008.12)
Topic: Optimal design and characterization of inkjet-printed radio-frequency (RF) copper signal lines for printed circuit boards (PCBs)
[02]-Project Fulfillment.-Ph.D. Course @Yonsei Univ.:
Supported by Korea Research Foundation (2006.3~2007.2)
Topic: A study on the characteristics and function of a highly sensitive biosensor based on a double split-ring resonator (DSRR)
[01]-Project Fulfillment.-Ph.D. Course @Yonsei Univ.:
Supported by Samsung Advanced Institute of Technology (2005.2~2005.8)
Topic: Biosensor development using an RF micro-electromechanical system (MEMS)