Project Electrical Engineering

Jiao Sun

**** **** **, ******, **, *****

Phone: 419-***-****

Email: ***********@*****.***

Objective

To obtain a full-time position in Electrical Engineering where my

professional skills can be used and enhanced

Education

University of Toledo, Toledo, Ohio, USA

Masters of Science in Electrical Engineering, August 2010- July 2013

GPA: 3.71/4.00

Yan Shan University, Qinhuangdao, Hebei, China

Bachelor Degree in Electrical Engineering, July 2006- June 2010

GPA: 3.72/4.00

Summary of Qualifications

. 5+ years study experience (Bachelor and Masters of Science) with

Electrical Engineering.

. 3 years lab work hands-on power electronics experience, including

circuit design, welding and test.

. 2 years design experience with vehicle battery management.

. Experience with technical guidance to non-professionals, such as design

ideas, process and application.

. Positive, careful and patient in work.

. Emphasis on design details, and connecting the theory with practice

. 3 years hands-on experience with PCB design

. 4 years lab experience with Microcontroller, including XC888, CAN, etc.

. Knowledge of some software such as PSpice, Matlab, AutoCAD and Keil.

. Skilled in inter-personal communication

. Efficient work on a team as well as independently.

. Fluency in spoken and written Mandarin and English.

Research Experience

Project 1: Vehicle Battery Management

University of Toledo, Toledo, Ohio, USA

Lead Research Assistant: Advanced Battery Concepts and Crown Battery, July

2011-May 2013

Introduction to project: The purpose of this project was to develop a more

efficient way to charge vehicle lead acid batteries. An additional goal

was to avoid warranty returns.

. Researched the need for a more efficient and low cost monitor for lead

acid battery

. Developed a monitor to record battery data while battery is charging

or discharging

. Monitor made battery lifetime longer

. Ensured the Microcontroller (MCU), Real Time Clock (RTC), and memory

storage device recorded accurate information

. Designed LED light to remind user to trickle charge battery

. Designed PCB for the project

. Presented thesis defense and was granted approval

. Technologies for this project include: DC-DC Converter, SPI, Senor,

RS232, Voltage Follower, Voltage Level Shifter, Gerber File, and N-MOS

Project 2: Pressure Control System

University of Toledo, Toledo, Ohio, USA

Lead Research Assistant: Course Project

Introduction to project: This project was intended to keep the pressure in

a certain range by controlling the opening and closing of valves based on

the amount of pressure.

. Used microcontroller to control pressure

. Designed a system to read pressure values every 3 seconds and send

data to control unit

. Implemented a control feature to sound an alarm if pressure is too

high or low

. Ensured the control unit could accurately report the number of open

valves

. Used CAN to communicate with 2 nodes

. Technologies for this project include: C language, pressure sensors,

USART and DAVE

Internships

Power Electronics Company, Shijiazhuang, 2009~2010

. Communicated with group members to have more ideas

. Assisted engineers to design products, such as schematic, hardware and

simulation

. Selected semiconductor for low frequency (10 kHz) rectifier, such as

SCR.

Awards & Scholarships

. First-class Scholarship, YAN SHAN University, 2006~2010

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