🎯 Course Overview
This Advance Robotics course is built for Class 9 & 10 students ready to go beyond the basics. It covers electronics, sensors, autonomous systems, and Arduino interfacing — blending theory with real hands-on robot building, so students don't just learn how robots work, they build them.
Introduction to Robotics
- History and evolution of robotics
- Types and classifications of robots
- Real-world applications across industries
- The science and technology behind how robots function
- Recommended resources, textbooks, and research references
- Understanding sensors and their role in robotics
- Getting started with autonomous robotics
- Introduction to Arduino
Electricity, Electronics & Arduino Interfacing
- How electricity and electronics power robotics systems
- Interfacing components with Arduino
- Working with DPDT switches
- LEDs and their circuit applications
- Buzzers and sound output components
- Resistors, capacitors, and other core components
- Understanding electromagnetic induction
- DC motors vs. servo motors
Different Types of Sensors
- Overview of sensor types and their applications
- Working with IR (Infrared) sensors
- Light sensors and their use cases
- Ultrasonic sensors for distance and motion detection
- Hands-on session: installing and interfacing sensors
🚀 Robots Students Will Build
Line Follower Robot
A robot that detects and automatically follows a marked path using sensor feedback.
Obstacle Avoidance Robot
Built with an ultrasonic sensor, this robot detects obstacles in its path and navigates around them intelligently.
Anti-Falling Robot
Uses IR sensors to detect edges, preventing the robot from falling off surfaces — a practical lesson in sensor-based safety logic.
Temperature Sensor-Based Robot
Responds to changes in surrounding temperature, demonstrating how sensor input drives robot behavior.
Wireless Robot using Bluetooth
Controlled remotely via Bluetooth, teaching students the basics of wireless communication and control systems.