Engineer Engineering

CHEN-WEI FAN

*** *. ***** *** *** Gabriel, CA ***76 213-***-**** ********@***.***

EDUCATION

University of Southern California Los Angeles, CA

Master of Electrical Engineering, Emphasis: Electromagnetic Engineering July 2015 Yuan Ze University Taoyuan, Taiwan

Bachelor of Engineering, Communication Engineering June 2010 Related Coursework:

Electromagnetic (EE570/EE599) Antenna Design(EE573) Analog Integrated Circuit Design (EE479/EE536) RF System (EE544) Semiconductor (EE537/EE504L)

SKILLS

Programming Languages: HFSS, ADS Microwave Office, C/C++, Matlab, Fortran, HSpice, VHDL

Operation Systems: NSI 2000, Satimo, PCB, Network Analyzer, Spectrum Analyzer EXPERIENCE

WHA YU INDUSTRIAL CO., LTD. Hsinchu city, Taiwan

Assistant Engineer May 2009 -August 2009

Customized 2.4GHz and 5GHz dual band antenna to install in customer’s device and achieved gain requirement. Processed customer feedback and modified design on client request

Used HFSS to design the antenna and compared with results simulated from Network analyzer and Satimo to ensure the outcome achieved required S11 and S21 ONYX Healthcare USA, INC Orange, California

Project Engineer February 2016 - August 2016

Approached OEM/ODM customer, acquired their specifications, proposed quote for customer and Processed customer RMA

Communicated with Headquarter R&D team to achieve the sample match specification had sent to customer and followed up responses and reacted simultaneously

Specified and selected microwave, RF and electronic equipment and components to meet customer and market requirements

Electromagnetic Wave Engineering Laboratory, Yuan Ze University, Prof. His-Tseng Chou Undergraduate Researcher

Portable Device Receiving Satellite Signal September 2009- May 2010

Constructed omni-direction antenna through HFSS and layout the antenna measure in the chamber to make sure performances such as S21 and S11 matched simulation results

Received satellite signals, filtered out the noise due to transmit through the atmosphere prevented information loss for processing the decoding u

Utilized VHDL to control the stepper motor to obtain the maximum power antenna can received and chase receive satellite signal without delay

ACADEMIC PROJECT

Solid State Processing and Integrated Circuits May 2015- July 2015

Fabricated device in a clean room from the bare wafer to multi step metallization leading to the final cap layer. Hand-on experience of IC defects identification and electrical properties characterization of MOSFETs, diodes, capacitors and resistors on chips Analog Circuits Design September 2014- December 2014

Designed and tested analog/mixed-signal circuits including schematic entry, simulation, and layout supervision

Verified the performance of amplifier under the specific voltage and consider all effects will cause the deduction of the gain

Simulated analog circuits through Microwave office with mixed-signal sub-systems and the entire chip using transistor-levels to provide gain and reduce the noise figure Antenna Design January 2014- May 2014

Programmed Yagi-Uda antenna by using Fortran and ploted the performance by Matlab. Compared

Arranged Yagi-Uda arrays to complete the Logarithmic Periodic Dipole Antenna (LPDA) by programming and verified it in field test

Provided impedance matching, linear and aperture antennas, smith chart, microwave network analysis, and RF filter design to match the antenna and circuit to make higher percentage power transmission and reduce energy waste due to reflection

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