Kevin Chih-Yao Huang 729 Escondido Rd. #324 khu834@stanford.edu,
847-942-4179
Stanford, CA
94305
Educational
Stanford University, Stanford, CA
Master
of Science in Electrical Engineering June 2009
Cumulative
GPA: 3.90 / 4.00
Northwestern
University, Evanston, IL
Bachelor
of Science in Electrical Engineering with Departmental Honors June 2007
Cumulative
GPA: 3.98 / 4.00
Awards and Certificates
-
National
Science Foundation Graduate Research Fellowship: (03/07)
-
Department
of Energy Computational Science Graduate Research Fellowship: (05/07)
-
Stanford University Electrical Engineering Departmental
Fellowship: (04/07)
-
Ford
$5000 Undergraduate Research Grant: (11/04), Northwestern University
Experience
Intel
Corporation (Kevin P. Slattery) ¡V Hillsboro, Oregon
06/06
¡V 09/06, 07/07 ¡V 09/07
Summer
Research Intern,
l Delivered validated transmission line
modeling and full coupled transmission line transient analysis tools based on
frequency domain, n-port chain parameter algorithm suitable for multi-Gb/s
designs.
l Created tools to judge design performance
by analyzing simulation results against performance targets
l Constructed 3D models of microstrip
transmission lines and compared calculated S-parameters to measurements
l Created nonlinear transmission line (NLTL)
models by cascading S-parameter transmission line elements with nonlinear
varactor diodes in ADS to determine key parameters in designing < 2ps
edge-rate NLTL
l Characterized prototype NLTL by capturing
time-domain signal propagation for comparison with computer model
l Determined effects of microstrip bends at
>30 Gbp/s to form the basis for developing differential signaling models
Computational Electrodynamics Lab
(Professor Allen Taflove) - Northwestern University 06/04 ¡V 06/07
Undergraduate
Research Assistant,
l Developed a 2D program based on finite
difference time-domain computational solutions of Maxwell¡¦s equations.
l Produced visualization of EM wave poynting vector
propagation through randomly placed dielectric cylinders using the
pseudo-spectral time domain method to better understand photon paths in
coherent backscattering.
l Modeled the backscattering of nanoparticles
from a photonic nanojet using parallelized 3D FDTD code and correlated the
results to experiments to further develop applications for microscopy and
nano-positioning.
Solar Car Team- Northwestern University 09/03
¡V 09/05
Electrical Team Leader,
l Built, tested and optimized the NGM
electric motor airgap control circuit and driver interface.
l Managed the 650 cell, 107V battery pack by
performing periodic balancing, cell replacements and modifications.
l Assisted in the lay-up of the kevlar shell
as well as the encapsulation of 700 monocrystalline Si cells.
l Designed and implemented the entire
electrical system integration wiring.
DRW Trading ¡VChicago, Illinois 03/07
¡V 07/07
Trading
Assistant Intern,
l Performed quantitative analysis of trading
position, profit/ loss, risk, and theoretical market movement scenarios
l Recorded, verified and organized option
trades with corresponding fixed income futures hedges
Leadership
Badminton Club 09/04 ¡V 06/07
Founder/ President,
l Established club objectives, organization
and constitution by working with the sports director.
l Propelled several club formats changes and
designed training sessions.
Treblemakers ¡V South East Asian a cappella
group 06/06 ¡V 06/07
President,
l Organized quarterly performances at
cultural shows, social events in collaboration with other student groups
l Oversaw the planning and execution of
annual joint concert ¡§Rock-appella 2006¡¨ with rock band Morphin¡¦
Publication
A. Heifetz, K. Huang, A. Sahakian, X. Li, A. Taflove, V.
Backman, ¡§Experimental Confirmation of Superenhanced Backscattering Induced by
a Photonic Jet¡¨, Applied Physics Letters, 89, 221118 (2006)
Computer Skills
C++, FORTRAN, FDTD, PSTD, MATLAB, UNIX, PSpice,
Unigraphics, VHDL, Synplicity, MS Office, CST, ADS