Whizrobo

Electronics (For Beginners)

Categories: Featured
Wishlist Share

About Course

Electronics is the branch of Science and Engineering that deals with the flow of electric current through components like resistors, transistors, diodes, capacitors, and integrated circuits.
It focuses on controlling and processing electrical energy to build useful devices such as radios, computers, robots, and sensors.

What Will You Learn?

  • you learn multiple project-making techniques, and connections

Course Content

Smart Dustbin – The Touchless Trash Solution
An innovative Arduino-based smart dustbin that uses an ultrasonic sensor to automatically open its lid when someone approaches. This project promotes hygiene and automation, making waste disposal hands-free and efficient. Perfect for homes, offices, and public spaces!

  • Smart Dustbin – The Touchless Trash Solution
    00:52

RadarX – Arduino-Based Obstacle Detection System
RadarX is an advanced Arduino project that uses ultrasonic sensors to detect objects and measure distances in real-time. It’s perfect for obstacle-avoiding robots, security systems, or smart navigation. A fun way to learn sensors, automation, and robotics!

Line Following Robot – Arduino Smart Tracker
A hands-on Arduino project where the robot follows a path or line automatically using IR sensors. Ideal for learning robotics, sensor integration, and automation, this project helps you build a smart robot that can navigate tracks efficiently and accurately.

🧍‍♂️ Human Following Robot – Arduino Smart Follower
An intelligent Arduino robot that detects and follows a human using ultrasonic or IR sensors. This project teaches automation, robotics, and sensor-based tracking, creating a smart assistant robot that can follow you anywhere effortlessly.

⚠️ Edge Avoider Robot – Arduino Safety Navigator
An Arduino-powered robot designed to detect edges and avoid falling off surfaces using IR sensors. Perfect for learning sensor integration and robotics safety mechanisms, this project ensures your robot navigates tables, platforms, and uneven surfaces safely.

🚪 Automatic Door System – Arduino Smart Entry
An Arduino-based smart door that opens and closes automatically using IR or ultrasonic sensors. This project teaches home automation, sensor integration, and motor control, making entry convenient, touchless, and futuristic.

🚧 Automatic Barrier System – Arduino Smart Gate
An Arduino-based barrier system that automatically raises and lowers using IR or ultrasonic sensors. Ideal for parking lots, security gates, and traffic control, this project teaches automation, sensor integration, and motor control for efficient and hands-free operation.

Arduino Distance Calculator – Measure with Precision
A simple Arduino project that measures distance using an ultrasonic sensor and displays results on an LCD or serial monitor. Perfect for learning sensor interfacing, real-time measurement, and automation, this project is both educational and practical for everyday applications.

Smart Barrier System with Dual Sensor Safety Control
The Smart Barrier System with Dual Sensor Safety Control is an Arduino-based project designed to automatically control a gate or barrier using two sensors for enhanced accuracy and safety. This system uses two IR sensors (or IR + Ultrasonic) to detect approaching objects or vehicles from both sides of the barrier. When the first sensor detects a vehicle or person, the servo motor automatically lifts the barrier. The second sensor ensures that the object has completely passed before the barrier closes, preventing accidents or false triggers. The project demonstrates automation, object detection, and safety integration—making it ideal for smart parking systems, railway crossings, and toll gates.

Smart Speed Detection System using Dual IR Sensors
The Smart Speed Detection System is an Arduino-based project that measures the speed of a moving vehicle or object using two IR sensors placed at a known distance apart. When a vehicle passes the first IR sensor, the Arduino starts a timer. As the same vehicle passes the second sensor, the timer stops. Using the distance between the sensors and the time taken, the Arduino calculates the speed of the object using the formula: Speed = Distance Time Speed= Time Distance ​ The measured speed is displayed on the Serial Monitor or LCD Display, and if it exceeds a certain speed limit, a buzzer or LED alert is activated. This project is ideal for traffic monitoring, school zones, robot car testing, and smart highway systems.

Student Ratings & Reviews

No Review Yet
No Review Yet