RAED IBRAHIM IDRIS

Raed Ibrahim Idris

King Talal St. 37, Jenin, WestBank, Palestine.

+970 59 716454

OBJECTIVE:

A Full-time position in Computer Engineering with the potential for advancement.

EDUCATION:

1. B.Sc. In Computer Engineering from the Technical University of Budapest "TUB", Budapest-Hungary. The graduation project was about Image processing in pixel level using a workstation which was built for that purpose in the Hungarian Physics Institute "KFKI". Graduated in 1994.

2. M.Sc. in Computer Engineering from the Arab Academy for Science and Technology "AAST" Alexandria Egypt, Concentration: Parallel Processing and Computer Networks. My thesis work was about the reliable router for a grid of processors. Graduated in 2000.

EXPERIENCE:

Feb2001-Present

Al-Quds Open University-Palestine, Jenin, WestBank, Palestine.

Position: Lecturer.

Currently I am a lecturer at Al-Quds Open University, Department of Computer Science.

Courses taught by me:

� Introduction to Computer.

� Using PC in administration "Software Packages".

� Computer applications "Software Packages".

� Systems analysis and design.

� Software Engineering.

� Artificial intelligence and expert systems.

� Introduction to Programming languages "Pascal".

� Computer Graphics.

Jun1997-Jul2000

INTECH Intelligent Technology, Alexandria, Egypt.

Position: Engineer.

The Scope of work concerned the following areas:

� Assembling new PC's.

� Dealing with hardware and software problem "Technical Support".

� Computer networks planning and building (LAN, WAN).

� Internet Web Pages Design and Implementation.

Address: 12, Ibrahim Sharief St.

Mustafa Kamel

Alexandria, Egypt

Oct1995-Apr1997

PIPECO for Industry and Trading Plastics, Cairo, Egypt.

Position: Engineer.

Responsibilities included the help desk, maintaining the computer controlled equipments of the factory, and I was involved in the design of digital cards for some of the equipments.

Address: 25 (A) Al-Obur Buildings

Second Stage - Salah Salem

Cairo�Egypt.

Feb2001-Present

WebPages Design and Implementation courses instructor.

Computer Networks "LAN" Design and Implementation courses instructor.

COMPUTER SKILLS:	Skill	Level	Years practiced	Last used
	Paint Shop Pro 7.2	Expert	More than 5 years	1 month or less
	Adobe Photo Shop 7.0	Expert	More than 5 years	1 month or less
	Adobe Premiere	Expert	More than 5 years	6 months or less
	Video Studio	Expert	More than 5 years	6 months or less
	CorelDRAW 10	Expert	More than 2 years	3 months or less
	Windows 95	Expert	More than 8 years	1 month or less
	Windows 98	Expert	More than 4 years	1 month or less
	Windows 2000	Expert	More than 3 years	1 month or less
	Windows Me	Expert	More than 3 years	1 month or less
	Windows XP	Expert	More than 1 years	1 month or less
	Ms Word "XP"	Expert	More than 9 years	1 month or less
	Ms PowerPoint "XP"	Expert	More than 8 years	1 month or less
	Ms Excel "XP"	Expert	More than 8 years	1 month or less
	Ms Access "XP"	Expert	More than 5 years	1 month or less
	Ms FrontPage "XP"	Expert	More than 5 years	1 month or less
	Pascal	Intermediate	More than 5 years	1 month or less
	C++	Intermediate	More than 5 years	1 month or less
	JavaScript	Intermediate	More than 2 years	1 month or less
	Java	Intermediate	1 year or less	1 month or less

ATTENDED COURSES:

Attended Microsoft courses:

Networking Essentials.
WindowsNT4 Administration.
WindowsNT4 Core Technology.

Attended Sun courses:

Sun Certified Programmer for Java Platform.
Sun Certified Developer for Java Platform.

LANGUAGES:

Arabic�Mother Language.

English�Fluently written and spoken.

REFERENCES:

Dr. Osama Mohamed Badawy
Arab Academy for Science and Technology
Alexandria-Egypt
E-Mail: obadawy@aast.edu.
Prof. Dr. Magdy Saeb
Arab Academy for Science and Technology
Alexandria-Egypt
E-Mail: msaeb@hotmail.com.
Prof. Dr. Mohammad Hashem
Arab Academy for Science and Technology
Alexandria-Egypt

INTERESTS:

Computers, Electronics, Photography, Graphics, Internet.

B.Sc. Thesis Work Abstract:

In my B.Sc thesis work the following tasks were investigated and solved:

1. Brief over view of image processing methods and algorithms, especially pixel-level algorithms with special emphasis on execution speed.

2. Brief description of the ARGUS image processing workstation and its use for quality control in some industrial application.

3. Investigation of selected image processing algorithms for parallelization, discussion of the criteria of parallel execution on various hardware processing structure, i.e synchronous/asynchronous control, fine/coarse grain parallel processing arrays.

4. Application on the selected parallel algorithms to process image and evaluation of the results of experiments with images.

M.Sc Thesis Work Abstract

The grid interconnecting various processing elements in a parallel architecture appreciably influences the cost and performance of such a system. Major difficulties that can arise in such systems are message deadlock, livelock or starvation.

This work provides the foundations for the implementation of a wormhole fault-tolerant adaptive router for two-dimensional rectangular grids. It demonstrates that the adoption of virtual channels or lanes totally eliminates the possibility of message deadlock.

The work discusses a collection of routing algorithms for two-dimensional grid-structured parallel architectures. Through a detailed set of simulations, the work provides a basis for selecting one of these algorithms.

Employing a CAD workstation for field programmable gate array technology (FPGA), a partial hardware implementation of the router is achieved.

Published Paper:

Conference: ICCTA�99, 9^th International Conference on Computer theory and Applications. 28-30 August 1999, Alexandria, Egypt

Paper's Title: A new routing strategy for massive parallel processing systems.

Paper's Abstract: Interconnected Networks of processors are most important in massive parallel processing systems due to the fact that machines with single processor has limited computing capabilities regardless of the technology behind it. Routers are the main element of such Interconnected Networks, in fact it might be considered as a network of routers. In this paper a survey of some routing algorithms for massively parallel computers is presented. These algorithms are studied according to a certain criteria. A new routing algorithm is developed and compared with the existing routing algorithm. Finally a simulation is done and a conclusion is driven.