ABSTRACT
This research study look into the design and implementation of computerized visa processing system to members of the public seeking for visa or renew for Nigerians within or abroad. The traditional methods of issuing and renew visa do not go well with Nigerian.
Chapter three discusses the design method for the research study, the web-application use for the design.
The implementation of the design is discussed in chapter four and finally in chapter five, summary and recommendation is given on how to sustain the study. The new system was designed using Microsoft ASP.NET and HTML programming language. This language was chosen because of its wealth of class libraries and features for developing online based applications.

TABLE OF CONTENT
Title page         --------------------------------------------------------------    i
Certification Page    --------------------------------------------------------------    ii
Dedication         --------------------------------------------------------------    iii
Acknowledgement     -----------------------------------------------------    iv
Abstract         --------------------------------------------------------------    v
Table of content
CHAPTER ONE: INTRODUCTION
1.1 Background Of The Study    ----------------------------------------------    1   
1.2 Statement Of The Problem     ----------------------------------------------    2
1.3 Significance Of The Study    -----------------------------------------------    3
1.4 Aims and Objectives Of The Study     --------------------------------------    3
1.5 Scope And Limitation Of The Study--------------------------------------    4
1.6 Definition Of Terms     -----------------------------------------------------    6

CHAPTER TWO: LITERATURE REVIEW
2.0 INTRODUCTION
2.1    CONDITIONS FOR ISSUING VISA   
2.2    TYPES OF VISA
CHAPTER THREE: SYSTEM ANALYSIS AND DESIGN
3.1     Introduction        -----------------------------------------------------    42
3.2     Analysis Of The Existing System ------------------------------------    42
3.3     Weakness Of The Existing System ----------------------------------    42
3.4     Data Collection Techniques      ------------------------------------    44
3.5     Analysis Of The Proposed System ----------------------------------    45
3.5.1    Algorithm    -------------------------------------------------------------    45
3.5.2    System Flowchart    -----------------------------------------------------    49
3.6    Database Design     -----------------------------------------------------    50


CHAPTER FOUR: SYSTEM IMPLEMENTATION AND EVALUATION
4.1      Program Development    ------------------------------------------------    51
4.2      System Requirement      ------------------------------------------------    51
4.2.1    Software Requirement     ------------------------------------------------    51
4.2.2     Hardware Requirement    ------------------------------------------------    52
4.3     System Interface    ---------------------------------------------------------    52
4.3.1     Input Interface    ---------------------------------------------------------    52
4.3.2     Output Interface    ---------------------------------------------------------    54
4.4      System Performance    ------------------------------------------------    56
4.5     System Training    ---------------------------------------------------------    57
4.6     Conversion To The Proposed System    --------------------------------    57
4.7    System Documentation     -------------------------------------------------    59
4.7.1    Operational Manual    -------------------------------------------------    59
4.7.2    User’s Manual    ---------------------------------------------------------    59
4.8  System Maintenance    ---------------------------------------------------------    61
CHAPTER FIVE:    Summary, Recommendation and Conclusion
5.1 Summary    -----------------------------------------------------------------    62
5.2 Recommendation     ---------------------------------------------------------    63
5.3 Conclusion      ------------------------------------------------------------------    64
Reference     ---------------------------------------------------------------------------    65
Appendix I