Yi-Fang Chen
3110, S. Budlong Ave. ¥ Los Angeles, CA 90007 ¥ (213) 300-3698 ¥ yifangc@usc.edu
|
EDUCATION |
University of Southern California (USC), Los
Angeles, California, USA, May 2010 Master of Science, Electrical Engineering. GPA:
3.72/4
Related
coursework: Analog and Non-Linear Integrated Circuit, MOS VLSI Circuit Design, VLSI System Design (A)(B),
Mixed-Signal Integrated Circuit Design (A), Digital System Design – Tools
and Techniques, Introduction
to Digital Image Processing, Modern
Solid-State Devices. National
Tsing-Hua University (NTHU), HsinChu,
Taiwan, June 2007 Bachelor
of Science, Engineering and System Science Second
Major: IC Design Curriculum Program Related
coursework: Analog and Digital circuit design, MEMS
manufacture |
|
|
SKILLS |
HDL
Proficiency: |
VHDL
and Verilog for digital logic design, synthesis, and verification of VLSI,
ASIC and FPGA based systems |
|
CAD Tools
and Engineering Software Applications: |
Cadence
Composer Schematic Tool, Cadence Virtuoso, Nanosim, NC Verilog, Synopsys
Design Analyzer/Compiler, ModelSim, Xilinx ISE/WebPACK, Xilinx Chipscope,
Hspice, Matlab |
|
|
Programming
Language: |
C++, Visual Basic |
|
|
PUBLICATION |
ÒIMPROVED HYDROPHOBICITY OF VAPOR COATED
CHLOROSILANE SELF ASSEMBLED MONOLAYERS USING EVAPORATIVE DRYING OF SOLVENT
AND ANNEALINGÓ By H. S. Khoo, T. W. Huang, Y.
F. Chen, M. H. Chen, T.H. Hsu, and F.G. Tseng, Transducers '07,
Lyon, France, June 2007 |
|
|
RESEARCH USC Projects: |
Brain
Synapses Circuits Design under Sub-threshold Region, 2009 á
The target is to lower the power dissipation of synapse circuit á
The average power saved 74% using TSMC-18 technology á
Customize brain synapses circuits using Cadence
tool-set and test circuits using Hspice |
|
|
5-Stage Pipelined CPU based on Tomasolu Algorithm using ModelSim
with VHDL, 2009 á
Design and verification of MIPS
architecture based CPU with
branch prediction and speculative execution á
Implement the design on Digilent Nexys-2 1600K FPGA board |
||
|
16-Bit Motion Estimator for a DSP by using Cadence and Nanosim,
2008 á
The motion estimator is the core operation
performed during video encoding with Ò16-Bit Absolute Difference CalculatorÓ,
Ò7-Bit Data PointerÓ, Ò4Kb SRAMÓ á
Using Cadence to design schematic and
layout, and simulate it with Nanosim |
||
|
Trojan 2D Mesh NoC Router using NC Verilog,
2010 á
Design and synthesis an NoC router network
using Verilog code |
||
|
The ÒQuarterbackÓ Neural Network using Cadence,
2008 á
The network will simulate a quarterbackÕs
decision map with inputs like excite, pass, etc. á
Using Cadence to design in schematic and
layout |
||
|
NTHU
Projects: |
Self-aligned Microdroplet Movement due to Wettability Gradient,
2005 – 2007 á
Building a biomedical chip that could auto-detect diseases (scholarship
granted by National Science Council of Taiwan) á
Manufacture MEMS systems with different hydrophobicity in clean room over 300 hours á
Design photomasks for biomedical chip manufacturing using Autocad |
|
|
All-Digital 3-Bit Delay-locked Loop using Cadence and HSPICE,
2006 á
Design DLL using HSPICE, and the layout
were verified by DRC, LVS, and post-simulation |
||
|
CMOS Low-voltage Fully-differential Op-Amp,
2006 á
Design a 3-stage Vdd=1.2v Op-Amp with CMOS
0.25um technology using HSPICE |
||
|
WORK EXPERIENCE |
Second
Lieutenant, Military Service, Taiwan, July 2007 – June 2008 á
Taking charge of the warehouse and
logistics management á
Supervising
twelve soldiers |
|
|
LANGUAGE |
Native
in Chinese, Fluent in English (TOEFL IBT: 104, Dec/2008) and Japanese (Level 2
certificated, 2008) |
|