Advance Microcontroller & Embedded System

Course Name: Advance Microcontroller & Embedded System (Arduino)

Course Outline

NO of Class

Topic

Description

• What is Embedded System?

• What is Microcontroller?

• How to design a system?

• What is Automation?

• Where we use it?

• Overview of Voltage

• Overview of Current Ohm’s Law

• Overview of Resistor

• Overview of Capacitor

• Application of  Resistor

• Application of  Capacitor

• Voltage and Current Divider Rule

• Overview of Diode

• Overview of Transistor

• Overview of Opt-coupler

• Application of Diode

• Application of Transistor

• Application of Opt-coupler

• Overview of Mosfet

• Overview of Triac

• Overview of Rectifier

• Application of Mosfet

• Application of Triac

• Application of Rectifier

• What is C?

• Why chose C?

• Overview of Code Blocks

• Create a simple program

• What is Variable?

• Type of Variable?

• What is the Statement?

• When and where use Statement?

• What is the Loop?

• Type of Loop?

• Describe them

Function

• What is the Function?

• Why use the Function?

• When using Function

• What is Arduino?

• Why chose Arduino?

• Arduino Board and I/O description

• Overview of  Sensors Installing Arduino

• IDE Installing Proteus

• Structure of Arduino Sketches

• Simple Program on Arduino IDEB link Led

• Simulation on Proteus Upload program

• Arduino Digital Output Signal

• Communication Arduino and Computer

• Arduino to Computer Massage print

• What is Digital Signal?

• Overview of Digital Input Signal

• How to interface Arduino and Digital sensor?

• How to read Digital sensors and switch data?

• What is PIR?

• Overview of PIR Sensor

• The interface of Arduino to PIR

• How to Read PIR Data?

• Automatic Security System

• What is an Analog Signal?

• Overview of Analog Sensor

• How to interface Arduino to Analog sensor and Device?

• How to Read Analog Data?

• What is LDR?

• Overview of LDR Sensor

• How to interface Arduino LDR Sensor?

• Road light Control via LDR

• Learn About Lm35 Interfacing Lm35

• Arduino temperature checking using Lm35 Program and Simulation

• Make Temperature Control Fan

• Pulse Width Modulation (PWM) Light dimmer using PWM Motor Speed Control

• What is Obstacle Sensor?

• Arduino and Sensor Interfacing and read data.

• Overview of Line following Robot

• Line following Robot interfacing Programming

• Line following Robot and simulating

• What is Ultrasonic Sensor?

• Overview of Ultrasonic Sensor

• How to interface Arduino Ultrasonic Sensor?

• How to Read Ultrasonic Data?

• How to measure destines using the Ultrasonic Sensor?

• What is Object Avoiding Robot?

• Application of Object Avoiding Robot

• Hardware Setup Programming and Simulation

• 7 Segment Display Interfacing with Arduino Programming and Simulation

• Liquid Crystal Display (LCD) Interfacing with Arduino Programming and Simulation

• Learn about Dot matrix display Connection and Simulation

• Learn About Servo Motor Application of Servomotor Setup with Arduino

• Learn about Bluetooth Module Setup

• BT Module with Arduino Communicate with Phone

• Send data from phone to Microcontroller and display

• What is Home Automation?

• Setup Arduino Bluetooth and Relay Programming

• Control Relay via Arduino

• Hardware Setup Programming and Simulation

• Hardware Setup Control Robot Car via Bluetooth

• What is a robotics Arm?

• Robotics Arm Application Hardware Setup

• Control Robot Arm via Bluetooth

• What is Keypad?

• Application of Keypad

• Interfacing with Arduino and Read Keypad Data

• Learn About RF Communication Setup and Programming

• Learn About GSM module SIM card interface circuit design and programming

• Learn About Ethernet Module Connecting Arduino and Programming

• Learn About Wi-Fi  Module programming and make a project (Internet control home automation via Wi-Fi)

• The basic concept of PCB Design

• Exam duration 2 hour