Embedded System Designer Resume

Education

Master of Science, Electrical Engineering
Confidential College
Relevant Courses:
Wireless Sensor Network, Digital Signal Processing, Image Processing, Multiscale Signal Processing (wavelet signal processing), Digital Communications, Wireless Communications, Information Theory Coding Theory, Probability & Random Process, Analog Design

Bachelor of Engineering, Electrical and Computer Engineering
Confidential University,
Relevant Courses:
C,C++, Computer programming Design Lab, Fundamentals & Applications of Microcontrollers, Embedded Communication System Lab, Digital Circuits and Logical Programming, Principle & Theory of Sensor, Digital Circuit Logic Design Lab, Computer Network, Mathematical Modeling, Principles of Communication, Elements of Information Theory, Technology of simulation Design in communication, etc.

Bachelor of Arts (Honor), Business English
Confidential University,
Relevant Courses:
Advanced Business English, International Trade Practice, Translation of Business English, Negotiation of Business English, etc

Skills

Language: Chinese, English
Programming Language: C, C++, Assembly Language for MCU, Xhtml, Java, Python, Java script, Php
Software: Keil, Matlab, NS2, Cadense, protel, Dev C++, Word, Excel, Visio, Photoshop, Auto CAD, eclipse, MySQL
OS: Windows, Linux, Macintosh

Research Experience

Embedded System Design: 2009-2010
Studied in lab for 6 months, individual work

Studied frame structure of microprocessor chip and its corresponding peripherals such as A/D converter, Cascade/Parallel Converter and display equipment.
Programming on microprocessor units such as Intel 80C51 and several peripherals to fulfill functions such as extracting room temperature, user interface, and so on.
Participated in Electrical Design Competition (NUEDC). We designed a system functioned as a stereo amplifier. Apply TI S5500(a kind of DSP, more emphasized function on signal processing than MCU) programming.

Senior Project 2010
TCP/IP Efficiency on Satellite Communications (GEO), about 3 months, individual work

Studied NS2 (an open source networking simulation software) and TCP/IP protocol.
Built a topology of GEO and ground station to simulate performance of various TCP/IP editions on GEO satellite communications.

Mathematical Modeling Experience 2007-2009
Each model was built within 4 days with 16 hours sleep, about 3 months together, team leader of 3

Studied various mathematical models
Built models for Pricing strategy for a skiing company
Water quality evaluation along Changjiang River
University/College tuition and product
Eye clinic bed allocation strategy (Used queuing theory, markov model)
Traffic circle circulation model
Gave a speech about Mathematical modeling to 150 students.

National Innovation Project 2009-2010

About 3 weeks, act as team member (5 people together)
Achievement of P2P Communication among Dynamic Peripherals
Goal: Realize economical P2P communication on cellphones and wireless terminals
What we have done: Viewed papers on P2P communications and wrote a report.

Wireless Sensor Network Application in Drown Detection Project 2012

Purpose: Automatically detect drown indications of a swimmer and call for help from nearby rescuers.
Method: A swimmer is equipped with wearable sensors (light, temperature, pressure, etc), and wireless node, these sensors can detect whether the swimmer’s motion and act is normal or not, and therefore judge whether he is in danger or not, and then send the report to server in the cloud to notify nearby mobile users when necessary.
Hardware: Berkeley micaz nodes (Based on ARM), crossbow mib300 sensor board, server in the cloud, android mobile phone and laptop
Software: Tinyos (Linux kernal), Java
• Work: Designed our own algorithm for drown detection and swimmer habit learning, and the program to do sensor control and notify nearby rescuers.

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