→ Understanding what robots are and their significance in everyday life.
→ Exploring different types of robots and their real-world applications.
→ Basics of how robots sense, think, and act.
→ Introduction to key components: motors, sensors, controllers, and power sources.

→ Learning about LEDs, sensors, motors, and buzzers used in robotics.
→ Basics of circuit connections, power supply, and simple electronic circuits.
→ Understanding how circuits control robotic movement and responses.
→ Hands-on experience in assembling simple electronic projects.

→ Connecting input and output devices to build functional circuits.
→ Understanding how sensors and motors work together in robotics.
→ Implementing basic automation concepts using circuits and sensors.

→ Understanding different types of sensors (IR, ultrasonic, LDR, etc.).
→ Learning how sensors help robots detect and respond to their environment.
→ Using sensors to measure distance, detect light, and sense obstacles.

→ Introduction to basic block-based programming and its role in robotics.
→ Learning how to control robots using simple coding.
→ Programming sensors and motors to create interactive robotic behavior.
→ Introduction to microcontroller-based projects (Arduino, Microcontrollers, etc.).

→ Basics of robotic automation and real-world problem-solving.
→ Learning how robots make decisions based on sensor inputs.
→ Understanding how robots are used in schools, homes, and industries.

→ Applying STEM concepts to build exciting robotics projects.
→ Encouraging team collaboration and problem-solving skills.
→ Students develop and present their own robotic creations.
→ Final Expo: Showcasing innovative robotics projects.