Jishan_khan

In this tutorial, Jishan Khan demonstrates how to build a smart chair robot using a mobile phone for control. Watch him explain the components, show the internal wiring, and demonstrate the robot's functionality, providing a step-by-step guide for creating your own interactive project.

A man demonstrates how to use a grip strength tester exhibit at a science museum. He points to the camera, then leans in to test his strength on the machine. After completing the test, he smiles and walks away.

This short science demo shows how a small solar panel converts light energy into electrical energy. A hand uses a flashlight to simulate sunlight, powering a connected circuit with a glowing LED. It's a clear, hands-on way to understand basic photovoltaic principles.

Watch Jishan Khan demonstrate his custom-built remote-controlled boat in action. The video shows the boat's unique design, its launch into water, and its successful navigation, providing a clear look at a DIY project in progress.

Watch this detailed tutorial on constructing a functional miniature elevator model using basic materials. Learn about the internal mechanics, wiring setup, and control panel operation in this hands-on engineering project.

In this captivating demonstration, creator Jishan Khan performs a hands-on science experiment using light bulbs and a custom circuit board. He physically manipulates the bulbs, showcasing their behavior in real-time. The dramatic electronic music underscores the mysterious and intriguing nature of the experiment, making it a perfect example of DIY science and physics in action.

Watch this easy-to-follow tutorial on building a colorful wooden Ferris wheel model using craft sticks. A hand guides a dowel rod to demonstrate the smooth rotation of the wheel, showcasing its functional design and vibrant red, blue, yellow, and green passenger cars. Perfect for STEM projects, kids' crafts, or learning about simple machines.

This hands-on tutorial by Jishan_khan demonstrates the creation of a custom electronic switch board. The project uses an Arduino microcontroller, a breadboard, and a series of relays connected to a remote control. The video shows the assembly process, wiring, and the final functional demonstration where pressing buttons on the remote activates individual switches on the board.