Areas
of Expertise
Analog and mixed signal Integrated Circuit (IC)
design, opto-electronic (OE) IC design, RF IC
design, IC design for ultra-wide bandwidth (UWB)
wireless communications, systems-on-a chip (SOC)
implementation, optical system simulation and
implementation, modeling of high speed circuit
parasitic, and digital signal processing.
Background
Sungyong Jung received his Ph.D in Electrical
Engineering from Georgia Institute of Technology.
His doctoral research focused on CMOS optical
transceiver circuit design including circuit
parasitic effects and analysis. He also worked on
optimization of optical interconnect system and
mixed signal circuit design during his Ph.D program.
Much of the research he has performed during his
graduate pertains to the design, simulation, test,
and verification of sub-micron CMOS analog and
mixed-signal circuits. Before he joined UTA, he was
an advance circuit engineer in Quellan Inc. located
in Atlanta, GA developing transceivers for
high-speed optical communication systems to improve
spectral efficiency. GaAs hetero-junction bipolar
transistor (HBT) was used to design optical
transceiver circuitry.
Dr. Jung joined the Department of Electrical
Engineering, University of Texas at Arlington in
2002 as an Assistant Professor. His research
interests centers on analog and mixed signal
circuit design, IC design for the optical and the
wireless communication, systems-on-a chip
implementation, UWB transceiver design, modeling of
high speed circuit parasitic, digital signal
processing. He has published more than 20 journal
and conference papers, and has 2 U.S. patent
pending.
