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MSI Presentation

This document describes a student project to create a coffee machine using a PIC18F452 microcontroller. It includes sections on introduction, literature review, methodology, results, teamwork/task division, societal impact, environmental impact, learning, and conclusion. The coffee machine allows orders to be placed through buttons and displays results on an LCD screen. The project was completed through teamwork and involved programming the microcontroller in assembly language, simulating in Proteus, and implementing the hardware.

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abdullah
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109 views12 pages

MSI Presentation

This document describes a student project to create a coffee machine using a PIC18F452 microcontroller. It includes sections on introduction, literature review, methodology, results, teamwork/task division, societal impact, environmental impact, learning, and conclusion. The coffee machine allows orders to be placed through buttons and displays results on an LCD screen. The project was completed through teamwork and involved programming the microcontroller in assembly language, simulating in Proteus, and implementing the hardware.

Uploaded by

abdullah
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PPTX, PDF, TXT or read online on Scribd
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COFFEE MACHINE

Name: Muhammad Hamza Shaukat Reg # FA19-EPE-009


Name: Asim Khan Reg # FA19-EPE-035
Name: Abdullah Reg # FA20-EPE-002

Supervisor: Sir Muhammad Naveed Shaikh

Department of Computer and Electrical Engineering


CUI, ATD
Project Outline
 Introduction
 Literature Review
 Methodology
 Results
 Teamwork/Task Division
 Societal Impact
 Environmental Impact
 Learning
 Conclusion
Department of Computer and Electrical Engineering
CUI, ATD
Introduction
 Coffee maker machine using PIC18F452 microcontroller
 The results is displayed in LCD (16x2)
 For Assembly code MPLAB is used
 LCD and microcontroller are interfaced through assembly
language
 Overall logic is developed in order to meet the
requirements of our task
 The system can be used for many orders continously

Department of Computer and Electrical Engineering


CUI, ATD
Literature Review
 One should be have past information about LCD
programming, circling and exchanging structure.
 By following the course concepts, we have successfully
complete our project
 Following concepts are mandatory for cep solution:
a).assembly language coding
b).proteus simulation
c).code burning into PIC18F452
d).Hardware implementation

Department of Computer and Electrical Engineering


CUI, ATD
Methodology

 Obtain the task with microcontroller


 For displaying of results, we used LCD
 The overall system can be controlled with
switchs RBO as a cup RB1 as a water level and
RB2 as a coffee powder
 Works on 5v voltage supply
 Implemented the whole circuit on breadboard
 Push botton and to show your coffee is prepared

Department of Computer and Electrical Engineering


CUI, ATD
Block Diagram

Department of Computer and Electrical Engineering


CUI, ATD
Results
 The PIC18F452 microcontroller is programed
with MPLAB coding
 The microcontroller and LCD is properly
interfaced
 The idea successfully worked and the results is
displayed in proteus
 Input and output configuration in order to take
order is working properly
Department of Computer and Electrical Engineering CUI,
ATD
Simulation Results

Department of Computer and Electrical Engineering CUI,


ATD
Teamwork/ Tasks division
 Perform the whole project with teamwork
 Discussed it at every step
 Divided different tasks for better understanding
 Hardware implementation(Teamwork)
 Report making(Teamwork)
 Presentations and slides(Teamwork)
 Data Research
 Implementing different ideas

Department of Computer and Electrical Engineering CUI,


ATD
Societal Impact

Department of Computer and Electrical Engineering CUI,


ATD
Environmental Impact
 The PIC18F452 microcontroller is a low power device,
which means it can operate with relatively low power
consumption. This can be beneficial for a coffee
machine that is intended to be powered by batteries or
other energy-limited sources.
 It helps to automate the system and work with 1touch.
 Easy acces to use and troubleshoot the fault without
wasting time.

Department of Computer and Electrical Engineering CUI,


ATD
Conclusion
 Used microcontroller for the first time
 Understand all the works and principles of
microcontroller in details
 Learn about assembly language
 Interfaced the LCD with PIC18F452
 Implemented the logic in both software and
hardware and achieved the required task

Department of Computer and Electrical Engineering


CUI, ATD

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