DESIGN AND IMPLEMENTATION OF A COMPUTERISED RURAL ELECTRIFICATION INFORMATION SYSTEM FOR A L.G.A

Design and implementation of a computerized rural electrification information system for a Local Government Area (a case study of Enugu South L.G.A).
The difficulties PHCN Staff and Community usually face when tracing a fault made us to realize that computer assisted electrification information retrieval system is the best in detecting a place where the high tension lines are located and transformers in Enugu South L.G.A.  This will save PCHN Staff the embarrassment caused by customers complaints at the end of working day.

Our basic objective of designing and implementing computerized rural electrification information system  is the development of data Base computer program that will enable the Staff to efficiently, accurately and effectively process and co-ordinate the various transformers  in the L.G.A  without much difficulties with little time.

In view of this, PHCN officers must prepare for successful working relationship with an online information processing and in addition get their members of staff familiarized with the system for easy and effortless exercise that produce reliable output (result).

Cover page
Title page
Certification
Dedication
Acknowledgement
Abstract
Table of contents

CHAPTER ONE
1.0    Introduction
1.1    Background of the study
1.2    Statement of the problem
1.3    Purpose of the study
1.4    Significance of the study
1.5    Scope of study


CHAPTER TWO
2.1    Literature review
2.2    Nature of admission processes
2.3    Problem inherent from admission
2.4    Need for (computerization) an online

CHAPTER THREE
3.1    Description and analysis of the existing system
3.2    Fact finding methods used
3.3    Organizational structure
3.4    Objectives of the existing system
3.5    Input, process and output analysis
3.6    Information flow diagram

CHAPTER FOUR
4.1    Design of the new system
4.2    Output specification and design
4.3    Input specification and design
4.4    Flow chart (system) / procedure chart

CHAPTER FIVE
5.1    System Implementation
5.2    Conversion proper
5.3    The parallel approach

CHAPTER SIX
6.1    Documentation
6.2    Loading the new program
6.3    Running the program
6.4    Operational guideline
6.5    Option selection 

CHAPTER SEVEN
7.1    Recommendation
7.2    Conclusion
Bibliography