COMPUTERIZATION OF STUDENT MATRICULATION NUMBER GENERATING SYSTEM USING JAVA (A CASE STUDY OF FEDERAL POLYTECHNIC IDAH)

Abstract
Information, a principal resource in any business entity has become an important driver of any system. In the academic community, information is especially very important. Students within the system must register for courses approved for the semester, take examinations and check the outcome of such examinations once approved by the authorities. Years after graduating from the system, students come back for the transcripts or to get some references. It is therefore imperative to handle students’ information in a way that is easily accessible, maintainable and preserved. This project work focuses on managing students’ information and matriculation number generating system in a very efficient and flexible manner. i present in this project a prototype design of WEBSTREMS and discuss implementation issues.
Keywords: web-based system, database system, client-server, information system

TABLE OF CONTENT
Title page        
Certification Page   
Dedication    
Acknowledgement    
Abstract        
Table of content
CHAPTER ONE: INTRODUCTION
1.1 Background of the Study   
1.2 Statement of the Problem    
1.3 Significance of the Study   
1.4 Aims and Objectives of the Study    
1.5 Scope and Limitation of the Study
1.6 Definition of Terms    
CHAPTER TWO: LITERATURE REVIEW
2.1    Historical Of Federal Polytechnic Idah
2.2.     Meaning of Matriculation
2.3    Student Matriculation Number
2.4    The Need for Technologies and Commercial Software for Collecting Student Registration Data
2.5    Computer and Information Management
2.6    Computer-Based Information Systems

CHAPTER THREE: SYSTEM ANALYSIS AND DESIGN
3.1     Research Methodology   
3.2     Analysis of the Existing System
3.3     Weakness of the Existing System
3.4     Data Collection Techniques     
3.5     Problems of the Current System
3.6     Evaluating the Existing System
3.7     Justification of the New System
3.5     Analysis of the Proposed System
3.5.1    Algorithm
3.5.2    System Flowchart   
CHAPTER FOUR: SYSTEM IMPLEMENTATION AND EVALUATION
4.1      Design, Implementation and Testing Of the New System   
4.2       File Design   
4.3     Implementation   
4. 4     Programming Paradigm And Methodology   
4.5      System Performance Analysis   
4.6     Program Development   
4.7     System Requirements   
4.7.1    Hardware Requirements   
4.7.2    Software Requirements   
4.8         System Interface   
4.8.1    Input Interface   
4.8.2    Output Interface   
4.7.2    User’s Manual   
4.9        System Performance   
4.9.1    System Training
4.9.2    System Maintenance
CHAPTER FIVE: SUMMARY, RECOMMENDATION AND    CONCLUSION
5.1 Summary   
5.2 Recommendation    
5.3 Conclusion     
Reference    
Appendix I