Robotics-B2 – Seed Programming

Physical

10,000 /- PKR

About Program

This course is designed to introduce children to the exciting world of robotics through hands-on activities and projects. Over the span of a few weeks, students will learn fundamental concepts of electronics, programming, and robotics using the Wokwi platform and Arduino. They will progressively advance from basic circuit control to building and programming their own automation projects and launching simple science-based experiments.

In Collaboration with University of Central Punjab (UCP)

Course Outline

Lecture 1: Introduction to Arduino & Basic Electronics

Introduction to Arduino UNO and circuit components.
Understanding voltage, current, LEDs, and resistors.
Introduction to breadboards and jumper wires.
Hands-on activity: Blink an LED using Arduino.
Understanding digital output and basic coding.

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Lecture 2: Traffic Light System

Understanding sequential LED control.
Introduction to timing logic using delay().
Building a traffic light using Red, Yellow, and Green LEDs.
Learning traffic signal automation concepts.

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Lecture 3: Water Tank Full Level Alarm

Introduction to ultrasonic sensors (HC-SR04).
Measuring distance using sound waves.
Hands-on project: Water tank overflow alarm.
Using buzzers and LEDs for alerts.

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Lecture 4: IR Sensor Automatic Hand Washing System

Introduction to IR proximity sensors.
Understanding relay modules and pumps.
Building a touchless sanitizer/water dispenser.
Learning automation through sensor detection.

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Lecture 5: Water Pump Automation with Relay

Introduction to water level sensors.
Using relays to control high-power devices.
Hands-on project: Automatic water pump controller.
Understanding low-level and high-level automation.

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Lecture 6: Ultrasonic Automatic Dustbin

Introduction to servo motors.
Detecting objects using ultrasonic sensors.
Hands-on project: Smart automatic dustbin.
Programming automatic lid opening and closing.

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Lecture 7: Rain Detection System

Introduction to rain sensor modules.
Understanding weather-based automation.
Hands-on project: Automatic rain protection system.
Using servo motors for automated covering.

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Lecture 8: RFID Security Gate System

Introduction to RFID technology.
Understanding UID-based security systems.
Hands-on project: RFID gate access system.
Using servo motors for gate movement.

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Lecture 9: Car Chassis & Motor Control

Introduction to robotic car chassis.
Understanding DC motors and L298N motor driver.
Programming Forward, Backward, Left, and Right movement.
Learning motor speed and direction control.

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Lecture 10: Bluetooth Smartphone Robot

Introduction to Bluetooth communication.
Using HC-05/HC-06 Bluetooth modules.
Connecting Arduino with smartphone apps.
Hands-on project: Wireless robot control.

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Project 1 : Line Following Autonomous Robot

Introduction to IR line tracking sensors.
Understanding autonomous robot navigation.
Hands-on project: Line-following robot.
Learning automatic path correction.

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Project 2 : Water & Air Pressure Rocket

Project: Water Bottle Rocket using air pressure.
Understanding Newton’s Third Law of Motion.
Experimenting with water levels and pressure.
Testing launch height and distance.

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