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Ph. D. Research Associate,
Electrical & Computer Engineering, University of Maryland,
2006
 Conducting nanotechnology research on modeling,
simulation and investigation of integrated circuits and nanoscale
electronics, including carbon nanotube devices, sub-micron MOSFETs and
silicon-on-insulator MOSFETs.
Investigating operation of devices and
integrated circuits at cryogenic, room and high temperatures.
Taught graduate class “ENEE611 Integrated
Circuit Design and Analysis”, as a substitute instructor.
Graduate Research
Assistant, Electrical & Computer Engineering, University of
Maryland, 2000-2006
Designed, tested and laid out chips using
Cadence Virtuoso, and have them fabricated through fabrication clearing
house MOSIS. These chips were used to investigate device and chip thermal
performances at colder and hotter temperatures.
Investigated operation of novel devices,
and operation of electronics at cryogenic temperatures.
Researched and developed simulators for
electron transport in carbon nanotubes.
Designed analog, digital and mixed-signal
circuits, including phase locked loops (PLLs), low-noise amplifiers (LNAs),
voltage controlled oscillators (VCOs) and frequency-modulation (FM) radio.
Graduate Teaching
Assistant, Electrical & Computer Engineering, University of
Maryland, 1999-2000
Assisted and guided students in sophomore
class “ENEE206 Fundamental Electric and Digital Circuit Laboratory”.
Graded student reports for the ENEE206.
Taught, and guided students in, junior
class “ENEE312 Semiconductor Devices and Analog Electronics”, as a
substitute.
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