Associate Professor
Jung-Dong Park
(jdpark@dongguk.edu)
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EDUCATION
- Ph.D : University of California Berkeley, Electrical Engineering and Computer Sciences (2012)
- M.S. : Gwangju Institute of Science and Technology, Information and Communications (2000)
- B.E. : Dongguk University, Electronic Engineering (1998)


PROFESSIONAL POSITIONS
- Associate Professor : Dongguk Univ., Mar. 2019 ~ Present
- Assistant Professor : Dongguk Univ., Mar. 2012 ~ Feb. 2019
- Senior Engineer : Qualcomm, USA., Jul.2012 ~ Feb. 2015
- Internship : Qualcomm, USA., Jun. 2011 ~ Sept. 2011
- Internship : Health Micro, USA., Jun.2010 ~ Nov. 2010
- Consultant : Streetline, USA., Dec.2008 ~ May. 2009
- Senior Researcher : Agency for Defense Development (ADD)., Aug. 2002. ~ Jul. 2007
- Researcher : Institute for Advanced Engineering(IAE)., Jul. 2000 ~ Jul. 2002


HONORS AND AWARDS
• 2018 Albert Nelson Marquis Lifetime Achievement Award, Nov. 2018
• 2017 Most Frequently Cited Paper Award in 2010–2016, IEEE Symposium on VLSI Circuits (as the lead author), June 2017
• Silver Medal Award for National Defense Technology, ADD, Aug. 2006
• Distinguished Service Medal, ADD, Aug. 2006, Feb. 2005


MEMBERSHIP
• Senior Member, Institute of Electrical and Electronics Engineers (IEEE)


Researches in Berkeley Wireless Research Center, UC Berkeley
- Fully Integrated 0.26 THz TRx for Chip to Chip Communication in 65nm CMOS
• One of the first fully-integrated THz wireless transceiver with the on-chip antenna in CMOS

- Fully Integrated 0.38 THz FMCW Radar TRx in 0.13 µm SiGe
• One of the first fully-integrated THz radar transceiver with the on-chip antenna in silicon

- W-band Radar for Autonomous Helicopters: Polarimetric Radar TRx architecture

- 100 GHz LNA Design in 65nm LP CMOS

- 60 GHz TRx in 90nm CMOS: LNA with ESD Protection, Passive Circuits



Consulting and Internship Works
- 60 GHz LNA with ESD protection in 40nm CMOS in Qualcomm, USA
- 2.4 GHz Low-power receiver design in 90 nm CMOS in HealthMicro, USA
- 2.4 GHz Low-profile antenna design in Streetline, USA


Industrial Fieldworks
- Qualcomm, USA.
• GPS Front-end Design in 28nm CMOS (WTR3925, WTR5975)

- Agency for Defense Development, South Korea
• 94 GHz Radiometer/Radar Multi-sensor TRx design : Transceiver architecture, MIC/MMIC Mixer, VCO, duplexer (Transducer+Polarizer)
• RCS Characterization of ground clutter and artifact targets

- Institute for Advanced Engineering (IAE), South Korea
• 35 GHz Radiometer/Radar TRx Design


DGU
MINT