Embedded System Design using AVR (ATmega32) – From Fundamentals to Advanced Applications

Course Overview

This course is a complete, industry-oriented guide to Embedded Systems Design using the ATmega32 AVR Microcontroller, designed for students and professionals who want strong foundations and real-world confidence in embedded development.

You’ll move step by step from fundamentals to advanced concepts, mastering both Assembly Language and Embedded C, while working with simulation tools and real hardware. By the end of this course, you won’t just understand AVR — you’ll be ready to work with any microcontroller family in the future.

What You’ll Learn

Microcontroller Foundations

• Basics of Microprocessors vs Microcontrollers

• Harvard vs Von Neumann Architecture

• RISC vs CISC concepts

• Internal architecture and pin diagram of ATmega32

AVR Programming Essentials

• AVR Instruction Set & Addressing Modes

• Assembly Language Programming (Beginner to Advanced)

• Stack, Subroutines, and Macro Concepts

• Embedded C Programming for AVR

Peripheral & Interface Programming

• Digital I/O Programming (Assembly & C)

• Timer/Counter Programming

• Interrupt Handling

• EEPROM Programming

• ADC (Analog to Digital Converter) Programming

Communication Protocols

• UART / Serial Communication

• SPI Protocol

• I²C (TWI) Protocol

• DS1307 RTC Interfacing

Interfacing & Practical Applications

• LCD & Keyboard Interfacing

• DC Motor & Stepper Motor Control

• Sensor Interfacing

• Real-time Embedded Applications

Hands-On Practice

• Simulation using industry-standard tools

• Programming on real AVR hardware kits

• Practical debugging techniques

Why This Course is Different

✔ Covers both Assembly and Embedded C
✔ Strong focus on practical, industry-relevant skills
✔ Teaches hardware + software together, not theory alone
✔ Builds a foundation transferable to ARM, PIC, and advanced MCUs
✔ Designed to take you from beginner to confident embedded developer

Who This Course Is For

• Engineering & Diploma Students (ECE / EEE / Mechatronics / CS)

• Embedded Systems & Hardware Engineers

• Tech Enthusiasts entering Embedded Systems

• Professionals upgrading from basic MCU knowledge

• Anyone serious about core electronics & embedded careers

Prerequisites

• Basic understanding of C programming

• Curiosity to learn how hardware and software work together

Outcome After Completion

After completing this course, you will be able to:

• Design and program embedded systems using AVR

• Interface sensors, motors, displays, and communication modules

• Understand and adapt to any microcontroller platform

• Confidently move toward ARM-based or advanced embedded systems

Final Note

This is not just a course — it’s a solid entry point into the embedded systems industry.

👉 Complete it step by step, practice consistently, and you’ll build skills that actually matter.

All the best. Welcome to Embedded Systems.