NICK CHANG
140 La Rue Road, Apt#121
Davis, CA 95616
Tel/Fax: (530) 754-3098
E-mail: bulahee@ece.ucdavis.edu

OBJECTIVE:

Mixed-signal IC design

EDUCATION:


University of California, Davis, Electrical Engineering, Ph.D. 9/99 - present
Columbia University, Electrical Engineering, M.S. 5/99
Columbia University, Electrical Engineering, B.S. 5/98

PUBLICATIONS:

Co-author of the Solution Manual to an undergraduate Microelectronics textbook (due in Fall, 2001), 12/00-4/01

RESEARCH PROJECTS:

DSP programming for a real-time background calibration pipeline ADC for gain, offset correction, 3/01 - present

WORKING EXPERIENCE:

Toshiba Engineering Corp.,Tokyo, Japan (Product Engineer) 6/96 - 8/96

Toshiba America Electronic Components Inc., San Jose (Testing Engineer) 7/97 - 9/97

Lucent Technologies Inc. (Bell Lab), Allentown, PA (Member of Technical Staff) 6/99 - 8/99

RELEVENT COURSE WORKS:

Wireless Communication (CDMA, FDMA, TDMA, GSM)
Electronic Circuit (Integrated Circuit/IC, BJT, MOSFET, CMOS design) & Laboratories
Solid-state Device & Material (semi-conductor, PN Junction device, Junction Transistors)
Digital Image Processing (thresholding, halftoning, nonlinear filtering, MPEG) Project: JAVA image filter
Design Laboratory - Project: IF amplifier 10.7MHz of a FM receiver
Departmental Project - JAVA Applet for multimedia demonstration
Analog IC Design in VLSI (ADC, DAC, switcap circuits) Project: a DAC and a 4th pulse-shaping filter
Communication Circuit (RF, IF, Mod, Demod, Multiplier, Mixer) Project: Low-power IF amplifier, 10 MHz
VLSI (CMOS, BiCMOS, fabrication process, MOS devices, topics in various building blocks)
Analog IC (IC designs) Project: Audio signal CMOS operational amplifier
VLSI Design Laboratory - Project: 16 bit booth-encoded, array multiplier
MOS Transistor (MOS modeling)
Discret-time Signal Processing
Visual System Information (MPEG1, 2, 2, Video/Audio Encoding, Decoding.)
Computer Communication Networks (Internet, Protocol layering, PSTN, Packet network)
Linear System Theory (Fourier Transform, Mix-signal, Laplace Transform, A/D, D/A)
Classical Electrodynamics (Green's Theorem/Fuction, electomagnetics)
Analog MOS IC in Signal Processing (adaptive equalizer, channel modeling, AGC, sampled-data, continuous filters)
Advance Analog Circuit Design (Noise, Distortion analysis in MOSFET)
Adaptive System (adaptive filter designs)
Control Theory (root-locus, Nyquist stability, phase/gain margins)

ACTIVITIES

ADDITIONAL SKILLS:

ACADEMIC HONORS:

Reference available upon request

Download my RESUME in PDF format.
Download my RESUME in MS Word 2000 format.