Design And Implementation Of Online Banking System
ABSTRACT: This project focuses on the utilisation of the internet in banking operations. The internet, in its constantly evolving state, has become a significant means of business communication and global data transfer. Banks and other financial institutions are increasingly utilising the internet as a new platform for conducting business. The internet enables banks to provide new services and enhance the convenience of existing ones. It allows consumers and customers to access these services from any computer that can establish a suitable connection.The advancement of technology has compelled banks and financial institutions to become more adaptable and embrace the latest technological innovations. This is primarily done to ensure operational efficiency, safeguard against competitive threats, enhance security measures, prevent fraud and errors, expedite transactions, and improve customer convenience by reducing barriers to entry into payment systems and retail banking. The internet enables banks to provide new services and enhance the convenience of existing services. It allows customers to interact from any computer with a suitable connection, offering fast services and reducing the need to wait in long queues at the bank. Additionally, it enables online storage of time-sensitive data and facilitates easy retrieval of information. The internet also allows for the creation of a one-time entry system for customer details, utilising account IDs and passwords for customer access. The objective is to enhance the current automated system that supports internet banking services in order to generate reliable, accurate, and timely reports and information. This will enable effective control in internet banking and improve overall efficiency.The methodology used for designing this project is the Structured System Analysis and Design method.The programming languages utilised in the development of this system include PHP, MySQL, CSS, and HTML. These packages enhance the user-friendliness of the Graphic Interface, making it accessible even to individuals with limited or no computer knowledge.
TABLE OF CONTENTS
Title page i
Certification ii
Approval Page iii
Dedication iv
Acknowledgement v
Abstract vi
Table of contents vii
List of Figures ix
List of Tables x
CHAPTER ONE INTRODUCTION
- Background of the study 1
- Statement of the problem 2
- Objective of the study 2
- Significance of the study 3
CHAPTER TWO REVIEW OF RELATED LITERATURE
2.0 Introduction 4
2.1 Theoretical Background 4
2.2 Review of Related Literature 8
CHAPTER THREE SYSTEM ANALYSIS AND DESIGN
3.1. Introduction 14
3.2. Analysis of Existing System 15
3.3. Design of the Proposed System 16
3.4. Database Design 18
3.4. System Architecture 19
CHAPTER FOUR SYSTEM IMPLEMENTATION
4.0 Introduction 21
4.1 Choice of Programming Environment 22
4.2 Implementation Architecture 24
4.3 Software Testing 24
4.4 Documentation 29
4.4.1 User Manual 29
4.4.2 Source Code listing 30
CHAPTER FIVE SUMMARY AND RECOMMENDATION
5.0 Summary 31
5.1 Recommendation 31
References 32
Appendix 33
List of Figures
Fig 1: SSADM Methodology 14
Fig 2: Design of proposed system using UML use case diagram 16
Fig 3: Implementation Architecture 24
Fig 4: Screenshot of Homepage 25
Fig 5: Screenshot of Registration Page 26
Fig 6: Screenshot of User-Login Page 27
Fig 7: Screenshot of user page 28
Fig 8 Screenshot of admin page 29