Embedded Systems

What you will learn

1. Embedded SystemsIntroduction of Microprocessor & Microcontroller

   • Introduction of Architecture of Microprocessor & Microcontroller

2. Introduction of embedded system, Features of embedded system.

   • Application of embedded system
   • Practical Examples
   • Characteristics
   • Types of Embedded Systems

3. Hardware Software Co- design

   • Challenges in embedded computing design Co-design Process
   • Why co-design
   • Architecture

4. Introduction to ATmega/Arduino

   • Arduino Boards, which Arduino is best?
   • Memory map of Arduino, pin configuration
   • ATmega328 features

5. Register map ATmega328

   • Arduino C functions vs register commands

6. Introduction to simulation software/editors

   • Proteus: know-how
   • TinkerCAD introduction

7. Basics Programs with Atmega/ Arduino

   • LED interfacing in proteus and TinkerCAD
   • Controlling LED with a Switch
   • LED with serial-port
   • LED with switch + serial port

8. Advanced Programming: Interfacing 8 LEDs with a single port of ATmega/Arduino and displaying 10+ different patterns

   • All on-off
   • First four on-off
   • Odd-Even
   • Left-shift and right-shift
   • Curtain effect: left and right
   • Converge and Diverge

9. Advanced Programming: Seven Segment Display Theory and Practical Use of millis function instead of delay and its advantages

   • Concept of LCD
   • The internal architecture of LCD with pin configuration
   • Internal registers of LCD
   • Algorithm to send data and commands to LCD from
   • Microcontroller
   • Difference between 4-bit and 8-bit
   • LCD operation

10. Advanced Programming: Interfacing LCD with Arduino to

    • Displaying various patterns and Effects
    • Process of creating custom characters on LCD
    • Hex commands of LCD

11. Introduction to motors and actuators

    • Interfacing different types of motors with Arduino/ATmega

Download the Embedded Systems brochure (PDF)