M.S. in Electrical and Computer Engineering (E.C.E.), focused on fields of Software Development, Embedded Design and Computer Architecture and experienced in object-oriented analysis and design, is looking for Entry-Level and Trainee positions in Software Engineering, JAVA/J2EE Developing and IT.
EDUCATION
Temple University, Philadelphia | M.S. in Electrical and Computer Engineering, 01/2013 | 3.77
TECHINICAL EXPERTISE
Languages: Java, Java Script, C, C++, VB, HTML, XML, SQL, Hilbert Engine, Assembly x86
Software: Eclipse, NetBeans, MS Visual Studio, Matlab, MS Office (Word, Excel, Power Point), Simplescalar
Hardware: Verilog, VHDL, OrCAD, Tanner Tool, Networks (RS-232, RS-485, Ethernet, TCP/IP), DSP, 8/16-bits Microprocessor/PICs
OS: Windows (NT/2000/XP Professional/7)
Related Courses: TU: Computer Architecture, Network Design and Analysis, Digital Communication, Digital Signal Processing, Advanced Microprocessor, Control Analysis/System, VLSI, Artificial Intelligent, and Machine Learning.
Online: Introduction to Database (Standford, 2012), Introduction to Programming (Udacity, 2012), Algorithms (Udacity, 2012), and Machine Learning (Coursera, 2012).
ACADEMIC PROJECTS
Network Design and Analysis Projects, Temple University 2011
Global Map Tracker: Web-application using Google App Engine which let users create, review, and search for events such as meetings and flyers/brochures on the map, where all the data will be saved on the Google Datastore. Experienced skills include Web Development, Java Programing and Developing, HTML, Database (Google Datastore), Google Cloud Services and Google Maps API.
CD/DVD Online Store: A simple simulation of an online store selling CDs and DVDs. Local host Java Socket Server with ability of multi-clients with knock-knock communication protocol. Experienced skills include Java Socket Communication, Java Multi-thread, UI with Java Swing, and Network protocol concepts.
IMAPS Student Research, IMAPS Temple University Chapter 2011
Acceleration of Huge Data Processing using Hilbert Engine: Faster processing demonstrated through inverting a huge matrix (up to billions of entries) using Hilbert Engine’s advantages of speedy hard-drive writing and reading and speedy processing Assembly Language. Experienced skills include Hilbert Engine, Stack-Oriented in RPN Programming Language, IA-32 Intel Architectures, Intel Assembly x86, and Performance Optimizing by improving Efficiency of Memory Access, ALU, FPU and Stack.
Computer Architecture, Temple University 2010
Trace Cache - Simulation and Evaluation: Simulating trace-cache and evaluating its performance and energy consumption using Simplescalar Simulation. Combine performance and energy consumption evaluation of Trace Cache architecture in one simulation using Simplescalar. Experienced skills include MIPS Architecture, C Programing Language along with Code Reading, Debugging, Developing and Trouble-shooting, Unix Shell and GCC compiler.
IMAPS Poster Competition, IMAPS Temple University Chapter 2010
Design and Simulation of Monitoring System using RS485: Monitoring system using an economic and efficient network RS485, in which devices on the network are monitored and controlled by users on PC. Experienced skills include Network Protocol Design and Development, Serial Communication RS232 and RS485, C Programing Language, Assembly Programing Language, Visual Basic, User Interface Design and Communication-skill by presenting directly to industrial people.
Senior Design, University of Technology, HCMC 2008
System of Home Devices Based on Microcontrollers Atmel-89C51: Master/Slave embedded network allows devices in a house to communicate each other based on multiple 8-bits microcontrollers. Building 6 circuit boards includes 1 Master which is connected to PC containing UI using Visual Basic, 1 S...
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