About This Course
This Embedded Systems course is built on the industry-aligned curriculum from SKILLUMNI. You will learn microprocessor and microcontroller architecture, embedded system features and applications, and hardware-software co-design principles used in modern embedded product development.
You will build practical skills with Arduino/ATmega328, Proteus and TinkerCAD simulation, LED and LCD interfacing, seven-segment displays, millis-based timing, and motor/actuator control—so you can design and program real embedded systems projects.
Course Benefits
- 35+ hrs of Training
- Industry-based assessments
- Outcome-based learning
- Hands-on projects
- Lifetime LMS Access
- Industry certification
Course Curriculum
1. Introduction of Microprocessor & Microcontroller
- • Introduction of Architecture of Microprocessor & Microcontroller
2. Introduction to Embedded Systems
- • 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
- • 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
8. Basics Programs with ATmega/Arduino: Serial Communication
- • LED with Serial Port
- • LED with Switch + Serial Port
9. Advanced Programming: Interfacing 8 LEDs
- • All On-Off
- • First Four On-Off
- • Odd-Even
- • Left-Shift and Right-Shift
- • Curtain Effect: Left and Right
- • Converge and Diverge
- • 10+ Different LED Patterns with a Single Port
10. Advanced Programming: Seven Segment Display & LCD Theory
- • Seven Segment Display Theory and Practical
- • Use of millis Function Instead of delay and Its Advantages
- • Concept of LCD & Internal Architecture 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
11. Advanced Programming: Interfacing LCD with Arduino
- • Displaying Various Patterns and Effects
- • Process of Creating Custom Characters on LCD
- • Hex Commands of LCD
12. Introduction to Motors and Actuators
- • Interfacing Different Types of Motors with Arduino/ATmega
Requirements
- No prior embedded systems experience required; beginners welcome
- Interest in electronics, programming, IoT, or hardware design
- Computer with internet connection
- Computer with internet connection; Arduino IDE and simulation tools recommended
Material Includes
- 35+ Hours of Video Lectures
- Lifetime LMS Access
- Section Quizzes & Assessments
- Industry-Based Hands-on Projects
- Certificate of Completion
Why Choose This Course
Industry-Aligned Curriculum
Structured on the Embedded Systems curriculum from SKILLUMNI, from fundamentals to Arduino interfacing and motor control
Hands-On Projects
Apply skills through LED, LCD, and motor interfacing projects in Proteus and TinkerCAD
Industry Certification
Earn a recognized certificate for roles in embedded systems, IoT, and hardware engineering
Mentor Support
Get guidance from experts in embedded systems and microcontroller programming
Self-Paced Learning
Learn at your own pace with lifetime access to course materials and updates
Career Support
Access placement assistance and connect with professionals in embedded and electronics engineering
Ready to Master Embedded Systems?
Join students learning Arduino, ATmega, LED/LCD interfacing, and motor control. Start your journey in embedded systems today.