OBJECTIVE: To secure a computer engineering position that offers an opportunity to contribute in a team environment, enhance technical skills and to build strong leadership skills.
EDUCATION: California State Polytechnic University, Pomona CA
B.S. Computer Engineering
September 2009 – June 2013
Completed Coursework
- 1¬st and higher order circuits
- Sequential/Combinational Circuits
- Circuit Network Analysis
- Object Oriented Programming ( C )
- Discrete Structures
- Assembly Language
- RISC and CISC Architectures
- Digital Signal Processing
- Digital Systems Design using VHDL
- Control Systems
- Operating Systems
- Software Engineering
- TCP/IP Internetworking
- Linear Algebra & Differential Equations
- Computer Architecture
- Project Design & Application
PROJECTS
• Built a multipurpose and programmable Microcomputer, Winter 2011
This microcomputer was built using a Motorola 68000 Microprocessor along with two EPROM and a MC6821 input/output device over a course of 5 weeks. I then programmed this microcomputer to perform basic operations such as configuring some led’s and testing the functionality of an AND logic gate. I diagnosed and fixed the hardware design when it did not give the desired output. In the end, my lab partner and I were the only ones to have a functional microcomputer.
• Created a Voice over IP system for VideoScout software, Summer 2012
VideoScout was developing their software for Android devices and wanted a communication feature. I was given 2 months and a budget to find a way to establish this ability to communicate so it can be incorporated this into the software. I was able to learn Java through tutorials online which led me to explore open source code. This steered me to discover Asterisk, a VoIP host, and SipDroid, a VoIP app. I was able to make the two programs work together and finished the project in 3 weeks at no cost.
• Developed an Automated Demand Response System, Winter 2013
Using a PIC18F Microcontroller, Visual Basic, Verilog, C and MySQL. The program powered 2 motors and monitored their power consumptions. Users were able to set a value so that if either of the motors used more power than a predetermined value, the program automatically reduced its power or shut off completely.
SKILLS
• Proficient in C, C++,Verilog and Assembly
• Developed for PIC18F Microcontroller, Motorola 68000 Microproce...
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