
Understand embedded systems and how microcontrollers replace complex analog/digital circuits for dedicated tasks. See examples like temperature control and coffee vending machines and discuss inputs, outputs, and built-in software.
learn to interface a 16x2 lcd with atmega32 using the lcd controller, initialize with a command sequence, and print welcome on either line via a reusable library.
Explore using external interrupts on the atmega32 to read an analog input and display the results on an lcd, with background interrupt handling and configurable pins.
Learn to use a microcontroller timer as an event counter by counting switch presses with internal pull-up enabled on an AVR Atmega32, demonstrated with a simple hardware setup.
AVR Atmega32 Embedded C – No Hardware Required
If you want to build a strong foundation in Embedded Systems using AVR microcontrollers and Embedded C programming, this course is designed for you.
By the end of this course, you will be able to:
Understand embedded systems fundamentals
Program AVR Atmega32 using Embedded C
Work with timers, counters, ADC and interrupts
Interface LCD, serial communication and I/O ports
Simulate complete embedded systems without physical hardware
Design your own Atmega32 development board
Why This Course?
Many beginners struggle to start learning embedded systems because:
They do not have hardware tools
Microcontroller documentation feels overwhelming
Online tutorials are incomplete and disconnected
This course removes those barriers.
All experiments are performed using simulation tools. You do not need to purchase any hardware to follow along.
You will learn Embedded C programming and AVR architecture step by step in a structured and beginner-friendly manner.
What You Will Learn
Embedded Systems Fundamentals
Introduction to embedded systems
Understanding microcontrollers
AVR architecture overview
Pin configuration and microcontroller features
Programming with Embedded C
Setting up Atmel Studio
Writing Embedded C programs
Understanding registers
Input and output programming
Core Microcontroller Interfaces
Timers and counters
Analog to Digital Converter
Interrupts
Serial communication
LCD interfacing
Simulation Workflow
How to simulate programs
How to test embedded applications
How to program flash memory
What Makes This Course Different
Complete beginner-friendly structure
No hardware required – full simulation-based learning
Clear focus on Embedded C fundamentals
Practical experiments for every concept
All resources provided in a structured format
What This Course Will Do For You
Make you confident in Embedded C programming
Help you understand microcontroller architecture clearly
Enable you to build AVR-based projects
Prepare you to learn other microcontrollers with confidence
Strengthen your embedded systems foundation
Who This Course Is For
Complete beginners in embedded systems
Engineering students
Electronics hobbyists
Developers transitioning into embedded programming
Anyone who wants to learn AVR without purchasing hardware
Instructor
Hi, I’m Amit Rana — engineer, programmer, and trainer.
With over 10 years of teaching experience and more than 40,000 students across 150+ countries, I specialize in simplifying embedded systems and microcontroller programming for beginners.
To help you make an informed decision, 50% of this course is available as free preview lectures.
30-Day Money Back Guarantee
Your enrollment is completely risk-free. If the course does not meet your expectations, Udemy offers a 30-day full money-back guarantee.
Enroll today and start building your embedded systems foundation with AVR Atmega32.