Description

Embedded Systems : Mastering Microcontrollers & Real-World Applications

This Embedded Systems Course introduces you to microprocessors, microcontrollers, and embedded system design. You’ll learn about ATmega/Arduino boards, memory maps, and register commands while exploring hardware-software integration.

Using Proteus and TinkerCAD, you’ll practice interfacing LEDs, switches, sensors, LCDs, and motors. Advanced modules cover LED patterns, seven-segment displays, and actuator control. Hands-on projects include designing a traffic light controller and sensor-based systems. Ideal for students, hobbyists, and professionals, this course equips you with real-world embedded systems skills.

 

Skills you will get

 

Introduction of Microprocessor & Microcontroller

• Introduction of Architecture of Microprocessor & Microcontroller

 

Introduction of embedded system, Features of embedded system

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

Hardware Software Co-design

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

 

Introduction to ATmega/Arduino

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

Register map ATmega328

• Arduino C functions vs register commands

 

Introduction to simulation software/editors

• Proteus: know-how TinkerCAD introduction

Basics Programs with Atmega/Arduino

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

 

Basics Programs with Atmega/Arduino

• LED with serial-port
• LED with switch + serial port

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

 

Advanced Programming:

Seven Segment Display Theory and Practical

Use of millis function instead of delay and its advantages

• Concept and types of segments
• Interfacing with Arduino/ATmega
• Single-Digit, 2-digit and 4-digit
• Controlling each stripe of seven segment

Liquid Crystal Display theory and practical

• 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

 

Advanced Programming Interfacing LCD with Arduino to

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

 

Introduction to motors and actuators

• Interfacing different types of motors with Arduino/ATmega

 

Projects

• Interfacing LDR and displaying the light intensity data on LCD
• Designing a traffic light controller using LEDs and Seven Segment
• Interfacing temperature sensor and displaying the readings on LCD
• Interfacing LEDs, LCD and Motor: all the same time to
• Arduino/ATmega

 

Internship/ Project Work

• The completion certificate for courses, internships, or projects will be issued only to those who meet the eligibility criteria.
• Internship or project
• Placement Training

 

Placement training

• Resume building – Professional & impactful CV
• Communication skills – Improve speaking & writing
• Interview prep – Ace personal interviews
• Group discussions – Stand out effectively
• Body language – Confidence & etiquette
• Job search tips – Find & apply smartly
• LinkedIn tips – Optimize for jobs