Nhanchau 206-***-****

ac2bme@r.postjobfree.com

Objective: A full-time position in embedded systems: hardware and software. Summary of Qualifications:

• Excellent programming skills: C, Python, Java, Verilog, MATLAB.

• Programmed the Altera FPGA board (Cyclone chip)

• Familiar with Logic Analyzer, Spectrum Analyzer, and Multisim, Basic solder

• Real time embedded programming with PIC18F25K22 microcontroller, and ARM335x 1GHz ARM CotexA8 processor, Raspberry Pi 3.

Education:

University of Washington, Seattle, WA 1/14 – 12/16 Bachelors of Science in Electrical Engineering

Related Coursework:

• Computer Science and Engineering: Data Structure, Design of Computer Subsystems, The Intro Embedded System, Hardware and Software Interface, and Computer Programming

• Electrical Engineering: Circuit Theory, Digital Circuit and Systems, Continuous Time Linear Systems, Discrete Time, Linear System, Devices and Circuits, Fundamentals of Electrical Engineering

Related Experience:

Eye Controlled Wheelchair system 10/16 – 12/16

• Processed image captured by webcam to detect and track pupil’s movement using Computer vision technology, CVopen and Python language to generate command signals

• Communicated between eye system and wheelchair system Via serial data transfers and Bluetooth

• Develop Robot wheelchair system with Raspberry pi to receive and execute command signals Microprocessor Based Scanning with PIC18F25K22 9/16 – 10/16

• Designed data collection subsystem and failure management system on the rover

• Implemented the LAN bidirectional rover to surface ship using a synchronous SPI serial channel

• Communicated between surface ship to the NEIC using EIA-232 asynchronous serial Tanked Control 1/16 – 3/16

• Interfaced with an LCD, character device, shift register using Beaglebone Black board

• Modeled a tank controlled wirelessly via Voice Recognition App MIPS Pipelined CPU - Verilog and FPGA 1/15 – 4/15

• Assembled register file, ALU and MIPS single-cycle CPU

• Built Pipelined CPU

Morse Code - - Verilog and FPGA 4/15 – 6/15

• Designed, built, programmed FSM into the FPGA

• Tested the design using switches and LEDs

AC to DC Voltage Amplifying Converter 3/15 – 6/15

• Invented a full wave bridge rectifier, convert 7.5VAC from transformer to 10VDC

• Applied 55 Timer Circuit to build square wave and a boost topology and regulation Audio Mixer 3/15 – 6/15

• Constructed a preamplifier and summing amplifier for Equalizer

• Created a filter with a specific center frequency Employment:

Math Tutor, Bellevue college 3/14 – 12/14

• Help other students understand math concepts

• Working in team project and familiar with team work