1. Carson Lin
400 Paramount Dr. Millbrae CA Cellphone:(415)828-2068 email:kxxocarson@gmail.com
Objective:
To obtain an internship opportunity in electrical hardware field, enhancing and utilizing my skillset
for organizational and personal growth.
Education:
San Jose State University - San Jose, CA Expected Graduation Date: December 2016
Bachelor of Science in Electrical Engineering GPA 3.52/4.0
Technical Skills:
C++, Assembly Language, Verilog, MatLab, LTSpice, Xilinx ISE, Microsoft Office, Windows,
Cantonese, Mandarin
Course Work:
Circuit Analysis, Introduction to C programming, Digital Logic Design, Electronic Optical and
Magnetic Properties of Materials, Signal and System, Microprocessor System Design(ARM Cortex
M3/M4), Physical Electronic and Devices
Related Projects:
Pocket Size Voltage Power Supply-Summer 2014
 Implemented a pocket size voltage power supply using capacitors and resistors.
 Soldered all the components together and tested the schematic using LTspice.
Digital Lock- Fall 2014
 Designed a three-digit lock using C language
 Implemented the C program into a TI MSP 430 microcontroller board.
Semiconductor Bandgap Testing Lab-Fall 2014
 Tested the bandgap of a GaP semiconductor
 Calculation involved with light energy, wavelength, valence band and conduction band.
 Used IR pass filter, transimpedance amplifier, and monochromator light source, and other
electronic devices.
Simple Memory and Decoder Circuit-Spring 2015
 Understands the basic principles in memory address and decoding.
 Used several latches and and decoder TTL chip to build a small memory system.
 All the input data, memory address, and control signals are generated by simple dipswitches.s
 Implemented a 4-byte memory circuit and tested using LEDs and logic analyzer.
Interfacing 4x4 Keypad and 7-segment LEDs with USB I/O Board-in progress
 Design and implement the hardware and software of a simple circuit that reads data in a 4x4
keypad, and performs simple arithmetic operation and writes the result in a 7-segment LEDs
 A C++ program will be developed and run on the computer to control the circuit.
 USB-I2CIO board developed by DevaSys, 8-bit latches and 7-segment LEDs were used.
Honor Societies:
Golden Key International Honour Society
Invited to join Eta Kappa Nu,top quarter of Electrical Engineering
Invited to join Tau Beta Pi, the national engineering honor society