ABSTRACT
The study was carried out to verify all the manual processes involved in patient management system and to seek for a way of automating the system for effective operations.
Since, there is continuous moves towards technological advances that enhanced productivity of labour and free human beings of task done more economically by machines. Computer applications have become indispensable vital tools in economic, industrial and social development of the advanced countries of the world. Nigeria as a developing country cannot afford to lay too far behind in this kind of revolution. Therefore there is every need to know in energy discipline the areas which attracts computerization and why they need it.
In this project, the software engineering principles were applied in the analysis, design, coding testing of software serious attention was also give to the design of the user interface.
In the development of the software, visual basic programming language was used due to its support for all the features desired. A brief user’s guide is also provided. The end result is a software that is very effective and efficient in meeting its objectives and at the same time user friendly.
TABLE OF CONTENT
Title page ii
Certification iii
Dedication iv
Acknowledgement v
Abstract vi
Table of contents viii
CHAPTER ONE
Introduction 1
1.1 Theoretical background of the study 1
1.2 Statement of the problem 4
1.3 Purpose of the study 5
1.4 Aims and objectives of the study 5
1.5 Significance of the study 6
1.6 Limitations 6
1.7 Definitions of terms 7
CHAPTER TWO
Literature Review 8
2.1 General review of database storage and retrieval system 8
2.2 File organization 12
2.3 Storage media 15
2.4 Database retrieval techniques 17
CHAPTER THREE
Analysis of the existing system 203.1 Fact finding method 21
3.2 Objectives of the existing system 22
3.3 Input, process and output analysis 22
3.4 Problems of the exiting system 24
3.5 Database flow diagram 25
3.6 Justification for New system 26
CHAPTER FOUR
Design of a New System 274.1 Input specification and design 27
4.2 Output specification 28
4.3 File design 29
4.4 Procedure chart 30
4.5 System flowchart 31
4.6 System requirement 32
CHAPTER FIVE
Implementation 335.1 Program design 33
5.2 Program flowchart 34
5.3 Pseudo code 37
CHAPTER SIX Documentation 39
CHAPTER SEVENRecommendation 41
Conclusion 42
References 43