| 1 Month, 4 Classes/Week | Grades 4β12 | Hindi, English |
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Time Slots
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- π§βπ«Live Interactive Classes
- π Beginner-Friendly Curriculum
- π» Hands-on Coding Sessions
- π Certificate of Completion
- π οΈ Multiple Projects & Real-World Case Studies
- Hands-on robot building
- Understanding automation
- Learning by doing
- Students will learn basics of electronics systems
- Design circuits in Tinkercad and simulate them
- At the end of session, student will get to know about the path to design a efficient system
- Student will learn to code their robot in visual programming or in arduino itself
- It will develop Logical thinking, Debugging mindset
- Student will learn Structured problem-solving aspects
For Electronic Simulation
Students will use Tinkercad to design schematics circuits and simulate them to test in virtual environment.
For Coding (Programming) your robot
We will use arduino for learning coding concepts and programming the robot
- What is electricity, current, voltage & resistance
- Understanding components: LED, resistor, buzzer, motor
- Reading simple circuit diagrams
- Safe handling of electronics
- π Students learn how electricity powers machines.
- Series & parallel circuits
- Breadboard connections
- Using switches, LEDs & buzzers
- Understanding power supply & batteries
- π Kids build real circuits independently.
- What is Arduino & how it works
- Arduino board, pins & inputs/outputs
- Writing simple Arduino programs
- Uploading code and controlling components
- π Students start coding hardware.
- Creating circuits in Tinkercad
- Simulating Arduino programs
- Testing without fear of mistakes
- Understanding real-world circuit behavior
- π Builds confidence before real hardware use.
- Understanding Sensor Technologies
- IR Sensor β Learn how robots detect lines and nearby objects.
- Ultrasonic Sensor β Measure distance to avoid obstacles automatically.
- LDR (Light Sensor) β Sense light and darkness for smart actions.
- π Sensors help robots sense, decide, and act based on their surroundings.
- Serial communication basics
- Sensor-to-Arduino communication
- Decision making using conditions
- Automation logic
- Motors, motor drivers & wheels
- Line follower robot
- Obstacle avoiding robot
- Real-world robot challenges
- π Kids proudly build their own working robot.












