A complete home automation system developed on ESP32 microcontroller using freeRTOS. The system is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
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Updated
Jan 7, 2024 - C++
A complete home automation system developed on ESP32 microcontroller using freeRTOS. The system is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
Mobile Maze Game uses Arduino to create a balanced maze toy that uses Bluetooth to connect the phone to control the angle of the maze and navigates the ball to reach the portal at the end to win the game.
🍃 This repository contains the "Environment Quiz" app, created with MIT App Inventor and distributed as an Android app (.apk file). It features educational quizzes on environmental topics, designed to test and expand users' knowledge about sustainability and ecological preservation. Ideal for educational purposes!
🌱 This repository hosts the "Clean the Environment" app, a project developed using MIT App Inventor, and available as an Android application (.apk file). It aims to raise awareness about environmental cleanliness through interactive tasks and challenges.
Agri-Pal is the simplest solution to aid a farmer in Agriculture - Crop and Poultry Farming. Agri-Pal is a simple Plug n Play device ensuring Disease Detection and Animal Breach Detection.
In this tutorial we will implement MQTT in Android application using drag and drop programming blocks in MIT App inventor.
Arduino car controlled via android app over bluetooth
A CamJam Raspberry Pi Project using C# and MQTT. It is designed to teach kids to program in MIT App Inventor or Thunkable, by allowing them to interact with the robot through MQTT from their tablets and devices. A sample MIT App Inventor app block diagram is included.
Developed under Makernova 2.0, this project explores microcontroller programming, sensor data logging, and communication protocols (MQTT, COAP, HTTP). It includes simulations in Proteus and app development using MIT App Inventor/Flutter for data visualization and control.
Ένα έξυπνο κουδούνι για το σχολείο μας - 1ο Επαγγελματικό Λύκειο Πύργου
A robot car developed using Arduino that can operate in 3 modes - Manual, Automatic and Voice. The car is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
Voice Control the IoT car is a hardware project in which car movement can be controlled by a simple mobile application made on MIT App Inventor.
Putting my basics to test by creating a simple Arduino powered robot that can be autonomous and at the same time controlled using an android app using Bluetooth made using mit app inventor
Control LED using HC-06 Bluetooth Module, Arduino Nano/Micro Pro and MIT App Inventor
Calculator app create with mit app inventor
(Bio-Medical Instrumentation Project 2020-21)-Automated Anaesthesia Control System interfaced with a Mobile Application to allow the exchange of real-time body vitals using Internet of Things (IoT) and help reduce human errors encountered during manual administration of anaesthesia
A 3-omni wheel vehicle equipped with a PID control system for precise directional navigation, controllable through both a PS3 controller and the MIT Android app.
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