AI-Powered Microcontroller & Robotics Coding Build Smart, Real-World Projects

Basic Electronics, C++ & Arduino Robotics is a practical, beginner-friendly course designed to take students from fundamental electronics concepts to building and programming real Arduino-based robotic projects.

Students will first learn the foundations of electronic components, circuits, analog and digital electronics, and practical electronic tools. They will then develop programming skills through C++, starting with basic programming logic and progressing to practical console-based projects.

The course then introduces Arduino UNO and microcontroller programming, where students learn how to interface sensors, LEDs, displays, buzzers, relays, motors, and other electronic devices. Through hands-on exercises, students will understand how software interacts with hardware and how to troubleshoot basic electronic and Arduino circuits.

The final part of the course focuses on Arduino-based robotics and automation, allowing students to apply everything they have learned by designing and building practical projects such as Line Following Robots, Obstacle Avoiding Robots, Smart Automation Systems, and Sensor-Based Robotic Projects.

What Makes This Course Different?

• 🔌 Strong foundation in basic electronics

• 💻 Practical C++ programming

• 🔧 Hands-on circuit building and troubleshooting

• 🤖 Complete introduction to Arduino UNO

• ⚙️ Sensors, displays, motors, and actuators

• 🚗 Practical Arduino robotics projects

• 🏠 Real-world automation projects

• 🛠️ Project-based learning with hands-on practice

• 🏆 Final project to demonstrate the student’s skills

Learning Path

Basic Electronics → Analog Electronics → Digital Electronics → C++ Programming → Arduino → Sensors & Actuators → Automation → Robotics → Final Project

Course Outcome

By the end of the course, students will be able to understand electronic circuits, write basic C++ programs, program Arduino UNO, interface electronic components and sensors, control motors and actuators, troubleshoot circuits, and build functional Arduino-based automation and robotics projects from scratch.