Overview
Mid-Level Robotics
🎯 Course Overview
This level takes students deeper into robotics — introducing transistor-based circuits, more advanced sensor integration, and intelligent robot behavior. Students build robots that follow lines, avoid obstacles, detect motion, and respond to wireless signals, blending theory with genuinely complex, hands-on builds.
Introduction to Robotics
- History of robotics
- Types of robots
- Classification and common uses
- Science and technology behind manually operated robots
Electricity & Electronics
- LEDs
- Transistors (N-P-N)
- Different circuit types using transistors
- Resistors, capacitors, and other core components
- DC motors — introduction and applications
- Microphones
Different Types of Sensors
- Introduction to various sensors
- Working with different IR (Infrared) sensors
- Light sensors
- Sound sensors
- Microwave motion sensors
- Hands-on session: installing and interfacing sensors
Practical Skills
- Advanced circuit design
- Practical transistor applications
- Op-amp integration
- Wireless communication basics
- Working with multi-sensor systems
🚀 Robots Students Will Build
Line Follower Robot
Navigates a marked path autonomously using transistor circuits and IR sensors.
Obstacle Avoidance Robot
Combines IR sensors with an operational amplifier for smarter, more responsive navigation.
Anti-Falling Robot
Uses IR sensors and transistor logic circuits to detect edges and avoid falling.
Motion Sensor-Based Robot
Detects movement using a microwave motion sensor and reacts accordingly.
Wireless Robot
Operated remotely using Tx & Rx wireless communication modules.
Clap-Operated Robot
Responds to sound — triggered into action by a simple clap.