DESIGN AND IMPLEMENTATION OF AN ON-LINE VOTING SYSTEM

(A CASE STUDY OF ENSIEC ENUGU)

By

NKPUME, ONUMNEME FRIDAY

Presented To

Department of Computer Science

Voting is a very important process in the Nigerian political system.  It is one of the means and most effective method of ensuring a legitimate government through popular participation.  To enthrone sound democracy and stability in the political system of the Enugu state a system of rig-free voting has to be put in place.
The system would among others discourage double voting, forgery or hoarding of electoral materials massive transfer of ballot papers destruction of ballot boxes, inflation of electron figures and unnecessary delay in pronouncement of election result.  This could be achieved by an on-line voting system to remove the difficult administrative tasks of the electoral body which regulated the conduct of election in Enugu state.  This basically forms the goal set to achieve in this study.
Therefore this project aims at alleviating the incidence of rigging and introduction of an organized procedure of voting which is the bana of socio-economic and political progress in Enugu state.

Title page
Certification
Dedication
Acknowledgement
Abstract
Organization of work
Table contents

Chapter one
Introduction
1.1    State of the Problem
1.2    Purpose of the study
1.3    Aims and objectives
1.4    Scope of the study
1.5    Limitation o the study
1.6    Assumptions
1.7    Definition of terms

Chapter Two
Review of related literature

Chapter Three
Description and analysis of the existing System
3.1    Fact finding methods used
3.2    Organizational structure
3.3    Objectives of the existing system
3.4    Input process and output analysis
3.5    Information flow diagram
3.6    Problems of the existing system
3.7    Justification of the new system

Chapter Four
Design of the new system
4.1    Input specification and design
4.2    Output specification and designfile design
4.3    File design
4.4    Procedure chart
4.5    System flow chart
4.6    System requirement

Chapter Five
Implementation/Programming
5.1    Implementation
5.2    Program design
5.3    Pseudo code
5.4    Program flowchart

Chapter Six
Documentation

Chapter Seven
Recommendation and conclusion
7.1    Recommendation
7.2    Conclusion
Reference