DESIGN AND IMPLEMENTATION OF A COMPUTERISED TRAFFIC OFFENCE DOCUMENTATION SYSTEM (CASE STUDY OF FEDERAL ROAD SAFETY COMMISSIONER, ENUGU


DESIGN AND IMPLEMENTATION OF A COMPUTERISED TRAFFIC OFFENCE DOCUMENTATION SYSTEM (CASE STUDY OF FEDERAL ROAD SAFETY COMMISSIONER, ENUGU

ABSTRACT
This project is carried out in order to develop computer based Traffic Offence documentation system to all aviate the problems incurred in Federal Road softy commissioner problems such as Traffic offences, Mis-sorting of files, which may result when handling or processing these files manually.
The project was done so as to develop a software that will be able to take care of all the processing that are involved in one taking a policy such as file maintence, that will help one as he/she finds his/her way through the package, Howere, the  design was carried out only to the activities documentation system with the hope of computerizing it so as to design an automated system to solve most of the existing (manual system).
Finally, when the design is fully implemented, you will find out that there will be improved flow of information and information retrieval by means of on-line direct access enquiry system, which will improve customer relations due to fever computation errors, more timely speedier response to enquiry and tracking of traffic offending .
TABLE OF CONTENT
Title Page
Certification
Dedication
Acknowledgement
Abstract
Table of Contents
CHAPTER ONE
Background of the Study
1.1  Introduction
1.2  Statement of problem
1.3  Purpose of Study
1.4  Objectives of Study
1.5  Scope of the Problem
1.6  Limitation of Study
1.7  Assumption
1.8  Definition of Terms
CHAPTER TWO
Literature Review
CHAPTER THREE
Overview of the Existing System
3.1  General Description and Analysis of the Existing System
3.2  Method of Data Collection used.
3.3  Objectives of the Existing system
3.4  Organizational Structure
3.5  Input Analysis
3.6  Process Analysis
3.7  Output Analysis
3.8  Information flow Diagram
3.9  Problem of the Existing System
3.10 Justification for the new System
CHAPTER FOUR
Design of the New system
4.1  Output Specification and Design
4.2  Input Specification and Design
4.3  File Design
4.4  Procedure Chart
4.5  System Flowchart
4.6  System Requirement
CHAPTER FIVE
Implementation of the new System
5.1  Program Design
5.2  Program Flowchart
5.3  Pseudo code
5.4  Source Using
5.5  Test Run
CHAPTER SIX
Documentation
6.1  Super Documentation
6.2  Program Documentation
6.3  User Documentation
CHAPTER SEVEN
Conclusion and Recommendation
7.1  Conclusion
7.2  Recommendation
     BIBLIOGRAPHY

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