We will install HuskyLens to a Devastator tank mobile robot, then HuskyLens will control the robot to perform line tracking.
A retro radio made with Arduino and DFPlayer Mini for my two-year-old niece.
Create touch screen out of any surface using only camera and a microphone.
Realtime temperature monitoring system - IOT
This blog explains to you how to use your Raspberry Pi as a weather forecaster using weatherbit API. Readout full details here.
Use VBBMicro to add an extra layer of security to your Arduino app by proving mission critical actions in real-time, in-circuit, and in ADA.
Simple quiz game testing your knowledge of Capitals and Countries using Alexa.
Tutorial for how to set up the Biomaker Challenge starter kit.
Ask Alexa what another word for cow is and she will tell you. Alexa will make you sound smarter as you broaden your vocabulary.
I tried the Yahboom Tinybit micro:bit Robot Platform.
A Master Microbit(Teacher) issues out math equations to Client Microbits(Students). Students then compete to be first w/ the correct answer.
Displays a heart and "I love you!" while playing "Für Elise" and randomly blinks an RGB LED.
Use an ultrasonic module HC-SR04 distance measuring ranging sensor on your Raspberry Pi robot.
As simple as possible single-board computer with the 6809 / 6309 CPU.
Program an ESP-12E using any STM Nucleo board (using STM32F411RE) - "no coding required."
Concentrating solar power technology can power the entire world. Make a working model of a parabolic solar collector.
Reading sensor devices for display and storage.
A high striker, also known as a strength tester, is an attraction used in carnivals. Here is one make with a Micro:bit
Yet another RGB LED ring clock...
I wanted to make an electronics learning kit suitable for ages 12 and above. Nothing fancy like Elenco's kits but It can be done at home.
Waste management on your campus with advanced AI-powered waste sorting system, promoting sustainability and inclusivity.
5 in 1 Arduino Robot | Follow Me | Line Following | Sumo | Drawing | Obstacle Avoiding
In this lesson, we will be applying what we have learnt and program a system using Arduino.
A gardening system that uses Seeed Studio WIO Terminal and Grove Sensors to automate various aspects of plant care.
