RESUME

Curriculum Vitae

Sajjad Rasheed

s/o Chaudhry Abdul Rasheed
Room no 302 Hostel No. 2,
Sir Syed International Hall
Lahore, Punjab, Pakistan.
& 92-42-5864316
[email protected]

PERSONAL DETAILS:

Date of Birth
Nationality
N.I.C. No
Marital Status

June 24, 1976
Pakistani
276-96-293545
Single

ACADEMIC QUALIFICATION:

Degree / Course	Duration	Subjects	Univ./Board/Inst.
M. Sc.	1997-1999	Computer Science.	University of the Punjab, Lahore
B.Sc.	1993-1995	Math A, B & Physics.	University of the Punjab, Lahore
Post Graduate Diploma	1996-1997	Computer Science.	University of the Punjab, Lahore
Diploma	One Year	Computer Science.	Punjab Technical Board.

MAJOR COURSES STUDIED

Object Oriented Programming.

Relational Data Base Systems.

Data Structures.

Digital Logic & Computer Design.

Numerical Analysis & Discrete Mathematics.

Networks and Communication.

Operating Systems.

Software Engineering.

System Analysis & Design

Compiler Construction.

Computer Graphics.

Artificial Intelligence.

Theory of Automata.

LANGUAGES LEARNED:

PACKAGES LEARNED:

FoxPro

OPERASTING SYSTEMS

MS-Dos.	Windows NT Server 4.0	Novell Netware
Windows 95.	Unix

MAJOR ASSIGNMENTS:

Implementation of Data Structure routines using C language.
Development of Patient’s Information System using Cobol.
Analysis and Design of Laboratory Tests Report System for Citi Labs using FoxPro for Windows..
Implementation of Compiler Construction routines using C language.
Implementation of Computer Graphics routines using C language.
Implementation of Operating System routines using C language.
Analysis and Design of a Personal Scheduler software using Visual Basic 4.0.
Windows NT server 4.0, installation and configuration.
Peer to Peer networking using Windows 95.
Expert Systems developed for following
- Water Jug Problem
- Finding Longevity of a person based on provided facts.

ADDITIONAL EXPERTIES

FINAL PROJECTS

M.Sc. : Research and Development of ITU-T H.261 Video Encoder using C for Linux. ITU-T Recommendation H.261 has been developed with the aim of video transmission at p x 64 Kbps ( p in the range of 1 to 30). Possible applications of H.261 include videophone and videoconferencing. The video coding algorithm must be able to operate in real time with limited delay and to compress moving images in the spatial and temporal domains, by using 2D (8 x 8) DCT and motion-compensated prediction, respectively.
Diploma: Analysis and Development of Personal Information System for National Institute of Electronics using FoxPro for Dos.

REFERENCES

Syed Nauman Hashmi
Managing Director (Advanced Communications)
Ph.# (051) 822492-93.
Miss Onaiza Maqbool
Lecturer. Department of Computer Sciences
QAU. Islamabad.