Design And Development Of Mobile Application For Small Scale Dry Clearning Business
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Many businesses big or small are investing in mobile application this day to reach their targeted audience/client in any way that they can. Since the smartphone boom these has provide business with unique sales marketing and communication opportunities. The aim of the project is to develop mobile application for a small business which will help with interaction within the business and the customer. Most of the current system of dry cleaning finds it difficult and it is time consuming for placing and delivery of services and insufficient communication between the business and client/customers, pick up and drop off time are very stressful. Therefore, the research work is aid at developing a mobile application for small scale business which will help with interaction within the business and the customer, and also will help in eliminating manual cataloguing of clothes, eliminate manual searching of customer’s clothes and have manual back up if it fails. Personal observation and interview method was use in the research of this work and this research work is centred on scheduling i.e. pick up and drop off time and it is limited to minna metropolis, Niger state.
INTRODUCTION
The idea to develop this application for the customers or users that are looking for the dry cleaners for cleaning their clothes. Customers will be able to order for pickup laundry and request has been sent to the dry cleaner. Dry cleaners will be able to accept or reject the customer’s order. Once dry cleaners accept the order then dry cleaner will find the nearby driver for pick up the order of the customer, Gorge porgy(2013). Drivers will have the ability to contact the customer as well using the app.Once a driver pick-up the cloths from the customers address then they will be able to get the notification about the address of the dry cleaner (nearest partner) based on the GPS location in the app so that they will be able to reach to dry cleaner place, ZED(2014).
Drivers will submit the registration form along with the details in the applocation and after verification and approval, they will be able to access the applications are an integral part of every business, whether small or large, developing applications to sell products, and to interact with customers is an ideal way to help improve a business. Ademola j.b, Gbenga and zugg (2012)
This project studies the development of mobile applications, through methodologies, android literature and through similar applications. The outcome of these learning processes will assist in the implementation of the application.
This project is about development of a smartphone application for a Dry Cleaning Business. It will be developed using an Android platform, as it’s dominant in the smart-phone market and will consist of features and functions required by the stakeholder. The application will include features such as booking items to be collected or delivered for the clients to view their order status, see all the services they offer and view the products they sell along with their prices. Android (2010). To be able to use this application, the clients must first complete the registration process and then they will be able to use its services.
1.2. STATEMENT OF PROBLEM
The current system of dry cleaning suffers the following;
1. It is time consuming for placing and delivery of services
2. Insufficient communication between the business/ enterprise and the clients.
3. Pick up and drop off time is very stressful
1.3. AIM AND OBJECTIVES
The research work aimed at developing a mobile application for small business which will help with interaction within the business and the customers.
OBJECTIVES
1. Eliminate manual cataloguing of clothes
2. Eliminate manual searching for customer’s clothes
3. Eliminate such error as misplaced/miscataloged clothes
4. Reporting of any missing or late clothes
5. Must be safe for end users
6. Have manual back-up if the system fails
1.4. SCOPE AND LIMITATION.
This project is centred on scheduling i.e. the pickup and drop off time and limited to Minna metro poly Niger State.
1.5. THE SIGNIFICANT OF STUDY.
The significant of this study or research work is to develop a software or program which can assist in scheduling, pick up and drop off time within the enterprises and Minna metropolis at large.
1.6. DEFINATION OF TERMS
It is important to have enlightens in a project report like this. In order to define some of the key terminology use. For smooth reading and view by anybody that pickup especially computer illiterate.
i Cataloguing; to arrange a list of things in order (clothes)
ii Android; a mobile operating system
iii GPS; a tracking unit navigation device normally carried by a moving vehicle or person.
iv Metropolis; a large important city or a specific locations or region
v Scheduling; a plan that list all the work you have to do and when you must do each thing
Title Page
Certification
Dedication
Acknowledgment
Abstract
Table of Contents
CHAPTER ONE
1.0 General overview and introduction 1
1.1 Introduction 1
1.2 Statement of Problem 3
1.4 Aim and Objective 3
1.5 Scope and Limitation 4
1.6 Significance of the Study 4
1.7 Definition of Terms 4
CHAPTER TWO
2.0 Literature Review and System Analysis 6
2.1 Literature Review 6
2.2 Feasibility Study 9
2.3 System Analysis 12
2.3.1 Fact Finding 12
2.4 Analysis of the Existing System 14
2.5 Problems of the Existing System 14
2.6 Solution to the Problems of the Existing System 15
CHAPTER THREE
3.0 System Design 17
3.1 Architectural Design 17
3.2 Abstract Specification 19
3.2.1 Input Specification 19
3.2.2 Output Specification 19
3.3 Interface Design 20
3.4 Data Structure Design 23
3.5 Algorithm Design 23
CHAPTER FOUR
4.0 System Implementation and Documentation 25
4.1 System Implementation 25
4.2 Choice of Programming Language 26
4.3 System Requirement 27
4.3.1 Installation Requirement 27
4.3.2 Hardware Requirement 27
4.3.3 Software Requirement 28
4.4 Process of Installation 29
4.5 System Testing 29
4.6 System Changeover 31
4.7 System Documentation 31
CHAPTER FIVE
5.0 Summary, Conclusions and Recommendations 32
5.1 Summary 32
5.2 Conclusion 32
5.3 Recommendations 33
Reference 34
APPENDIX A (Flow Charts) 37
APPENDIX B (Program Interfaces) 38
APPENDIX C (Program Sources Code) 39