Introduction To Embedded Systems

Learn electronics using the Arduino platform and program the board to control various peripherals

What you'll learn
Detailed look at Arduino Uno Board
Arduino Programming
Basic circuit connections on a breadboard
Control of LED
Control of RGB LED
Produce a digital output using Arduino Uno
Produce an analog output using Arduino Uno
Accept a digital input
Read analog data
Work with switches
Temperature measurement using LM35
Work with LDR
Serial Communication from Device to Computer
Serial Commincation from Computer to Device
Requirements
Computer
Arduino Uno board
Arduino IDE software
Breadboard, resistors, jumper wires, LEDs, LM35, LDR, soldering iron
Description
Are you looking for a start into the world of embedded systems? Do you want to work with both hardware and software, to get an understanding into world of embedded control? If yes, then let us get started with the course which introduces embedded systems in a  step by step manner. The course is aimed at guiding the learner to level of proficiency where the person can go into more advanced topics on their own. The topics covered in the course areIntroduction to Arduino UnoDigital OutputAnalog OutputDigital InputAnalog InputSerial Communication

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 What is Embedded Systems?

Lecture 3 What is a MCU?

Lecture 4 Alternatives to a MCU

Lecture 5 How to select a MCU?

Section 2: Introduction to Arduino

Lecture 6 Introduction to Arduino

Lecture 7 Arduino Uno Board

Lecture 8 Alternative Development Boards

Lecture 9 Parts Required

Lecture 10 Arduino IDE Installation

Lecture 11 First Steps

Section 3: Working with LED

Lecture 12 Overview of Arduino IDE

Lecture 13 Arduino Programming Structure

Lecture 14 Digital Output

Lecture 15 LED

Lecture 16 LED Connection

Lecture 17 Programming to Conrol a LED

Lecture 18 LED Blinking

Lecture 19 Controlling Two LEDs

Section 4: More LEDs

Lecture 20 Introduction

Lecture 21 Fade In Fade Out

Lecture 22 RGB LED

Lecture 23 Working with RGB LED

Section 5: Digital Input

Lecture 24 Introduction to Digital Input

Lecture 25 Working with Switches

Lecture 26 Toggle LED

Section 6: Serial Communication

Lecture 27 Introduction to Serial Communication

Lecture 28 Transmitting Serial Data

Lecture 29 Receiving Serial Data

Section 7: Analog Read

Lecture 30 Introdcution to Analog Read

Lecture 31 Reading a Potentiometer

Lecture 32 Potentiometer and LED

Lecture 33 Working with LDR

Lecture 34 LDR and LED

Lecture 35 Temperature Sensor

Lecture 36 Working with LM35

Lecture 37 Temperature Indication using LEDs

Lecture 38 Conclusion

Begineer in Embedded Systems,Students wanting to get started in electronics and programming