DESIGN AND IMPLEMENTATION OF VEHICLE MAINTENANCE AND SERVICES SYSTEM FOR HALLMARK AUTOMOBILE SERVICES

ABSTARCT

The vehicle maintenance and service system is an automation of the various vehicle services needed by a vehicle user in a mobile application. This application provides vehicle service reminder while providing vehicle related solution. The vehicle maintenance and service system provide repair cost estimates to help mitigate the rigged system vehicle users pass through for vehicle repairs and maintenance. This project work contains a review of existing systems related to the proposed system and the prototype development methodology used to develop the system. And also provides the design of the system using the Unified Modelling Language as well as testing of the system. The examination of the literature uncovered a number of empirical evidence areas, and the resulting discussion provides the basis for the design and implementation of vehicle maintenance and services system.

TABLE OF CONTENTS

ABSTARCTvi

LIST OF FIGURESix

LIST OF ABBREVIATIONSx

CHAPTER ONE1

INTRODUCTION1

1.1Overview1

1.2Background and Motivation1

1.3Statement of the Problem2

1.4Aim and Objectives2

1.5Significance of the Project2

1.6Project Risks Assessment3

1.7Scope/Project Organization3

CHAPTER TWO5

LITERATURE REVIEW5

2.1Introduction5

2.2Historical Overview5

2.3 Related Work7

2.4Summary8

CHAPTER THREE9

REQUIREMENTS ANALYSIS AND DESIGN9

3.1Overview9

3.2Proposed Methodology9

3.3 Approach to Chosen Methodology/Methods10

3.4Tools and Techniques10

3.5Ethical Consideration10

3.6Requirement Analysis11

3.7Requirements Specifications11

3.7.2Non-Functional Requirement Specifications13

3.8System Design14

3.8.1 Application Architecture14

3.8.2Use Case16

3.8.3Sequence Diagram18

3.8.4Context Diagram23

3.8.6Entity-Relationship Diagram (ERD)24

3.8.7User Interface Design25

3.9Summary26

CHAPTER FOUR27

IMPLEMENTATION AND TESTING27

4.1Overview27

4.2Main Features27

4.3Implementation Problems31

4.4Overcoming Implementation Problems32

4.5Testing34

4.5.1Tests Plans34

4.5.2Test Traceability Matrix36

4.5.3Test Report Summary38

4.6Use Guide38

4.7Summary38

CHAPTER FIVE39

DISCUSSION, ENHANCEMENT, AND RECOMMENDATIONS39

5.1Overview39

5.2Objective Assessment39

5.3Limitations and Challenges40

5.4Future Enhancements40

5.5Recommendations41

5.6Summary41

References42

Appendix44