Thesis Abstract

Abstract
The advancement in technology has led to the development of smart devices that improve the quality of life. This project focuses on the design and construction of a microcontroller-based domestic remote control system that allows users to remotely control various household appliances. The system integrates a microcontroller, wireless communication module, and mobile application to provide a user-friendly interface for controlling appliances such as lights, fans, and air conditioners. The remote control system is designed to operate using a mobile application installed on a smartphone or tablet, enabling users to control their home appliances from any location within the range of the wireless communication module. The system employs a microcontroller as the central processing unit, which communicates with the mobile application through the wireless module. The mobile application allows users to turn appliances on or off, adjust settings, and set schedules for automation. The construction of the system involves designing the circuitry, programming the microcontroller, and developing the mobile application. The circuitry includes components such as relays, sensors, and the microcontroller, all interconnected to facilitate communication and control of the appliances. The microcontroller is programmed to receive commands from the mobile application and send signals to the appliances accordingly. The mobile application is developed to provide an intuitive and user-friendly interface for controlling the appliances. Users can easily navigate through the application to select the desired appliance, control its operation, and set up automation schedules. The application also displays the status of each appliance, allowing users to monitor their usage and energy consumption. The system's wireless communication module enables seamless connectivity between the mobile application and the microcontroller, ensuring reliable and real-time control of the appliances. The module uses a secure communication protocol to prevent unauthorized access and protect user data. Additionally, the system is designed to be scalable, allowing users to expand the number of appliances controlled and customize the automation features. Overall, the design and construction of the microcontroller-based domestic remote control system offer a convenient and efficient solution for managing household appliances. The integration of technology and automation enhances user experience, improves energy efficiency, and promotes a more comfortable living environment.

Thesis Overview

INTRODUCTION

1.1                           OBJECTIVE OF PROJECT

The need for a remote control alert system that can control domestic appliances and various lighting points and sockets has often been a concern for users. At times users find it inconvenient and time consuming to go around turning their appliances on or off each time there is power outage or each time they are leaving the house for work. It has also often led to damage of appliances due to the fact that an appliance was not turned off before leaving the house.

          The Objective of putting up this project, therefore, is to design an equipment that can facilitate a convenient and easy way of controlling our domestic appliances, lighting points and sockets especially in powering them, without always going to appliances physically by ourselves.

          This objective will be accomplished using various components which include a Microcontroller (AT89C51) which acts as the backbone of the project together with other components.

1.2           JUSTIFICATION OF PROJECT

The ease of putting our appliances, lighting points and sockets on or off has made it necessary to develop this system in order to control our appliances, lighting points and sockets from a central point using a remote control. The issues of always forgetting our appliances ON when leaving the house has often caused fire outbreak and explosion in homes and this is another reason that led to designing and construction of this project.

1.3   SCOPE OF DIAGRAMS IN PROJECT

              In this project report, the diagrams will range from simple block diagrams to complex circuit diagrams which will comprise mostly of common electrical and electronics symbols. Some of the diagrams that will feature in this report will be used as the main block on which certain parameters will be explained upon. Relevant electronic components will also be shown and described.

          This project report will also contain an outline of the circuit diagram as it is seen physically. The package design diagram will be included showing the width, height in millimeter (mm).

1.4                     BLOCK DIAGRAM OF PROJECT

             

Fig 1.0: Block diagram

1.5         PROJECT REPORT ORGANIZATION

Chapter 1 serves as the introductory chapter where I try to relay the concept and acceptable reasons why the project should be implemented for the intending user of the work. Thus, showing the block diagram of the design and a scope of diagram for the entire project design.

Chapter 2 deals with the literature review where it will be discussing the origin of this project design. In the origin of the project, we will be looking at what brings about the three phase selector in our day to day activity and how the idea of designing this project comes about.

A description of the Project is also given where the 2 sections of the project are discussed and the various components contained in the sections also mentioned.

        The use and importance of this project design will also be mentioned here. It will be looking at the best place where this project design can be use and where it cannot. This chapter will also make room for adding additional information that will help in the actualization of this project design.

          Chapter 3 treats the methodology of this project design. It comprises of the information gathering; the source of the materials used in designing and writing the project report, data analysis; the components and devices used in the course of designing this project will be analysis to know their basic means of operation and how they will help in putting up this design, system design approach; the possible way to tackled the project design from scratch, bottom-up; it will treat how the practical detail was gotten before considering about the general principle of the system design, choice of design system; it focuses on why the project design was done using a microcontroller rather than using only digital logic, and also the data flow arrangement and system flow chart.

          In chapter 4, the detail design work will be presented. It will include the schematic of the design of the various sections of the design and the source code (in C language) used in programming the microcontroller.

Chapter 5 will be discussing the system testing, Expected results, and Performance evaluation.

Summary and conclusion of the design will be presented in Chapter 6. It will be looking at the problems encountered in designing the project and possible solutions to them. From the problems and solutions of this work, the suggestion for further improvement will be stated.