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.

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.

In this tutorial we will implement MQTT in Android application using drag and drop programming blocks in MIT App inventor.

Blobbypass but it's a .aia file for "MIT AI2 Companion"

Edspert.id | Final Project | Apprenticeship

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.

MIT Scratch e App Inventor - Aprenda a programar de forma simples e divertida usando uma linguagem de programação visual.

SpaceShip Game create with mit app inventor

Calculator app create with mit app inventor

WS2812 LED Strip based backlight and audio visualizer.

Ένα έξυπνο κουδούνι για το σχολείο μας - 1ο Επαγγελματικό Λύκειο Πύργου

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.

A simple Android MIT App Inventor using Favoriot API

Arduino car controlled via android app over bluetooth

Kominfo x Indobot Academy | Final Project #3 | Apprenticeship

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.

📱 A collection of example projects built with MIT App Inventor, demonstrating key app development concepts such as sensors, hardware interfacing, and logic flows. Ideal for beginners and educators, these projects offer practical insights into mobile app creation and learning with App Inventor.

A AI2 Extension to wrap the Metadata Retriever class.

Remotely controlled car - IoT based project using Wi-Fi Module and MIT App Inventor with intuitive control. A step-by-step guide!

Visit this repository to see my all available extensions.

It is a system that monitors the rate, remaining volume, and remaining time of the liquid of the IV therapy bottle. All the data is shown on the mobile with internet connectivity. The alert is generated when the bottle is about to empty.

Arduino-based multipurpose robot car with line following, obstacle avoidance, and dual control via IR remote and Android mobile app.

(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

Ardquarium Pi is a collections of tools to run aquarium devices.

A lab management tool for tracking attendance and inventory using Firebase for authentication and Google Spreadsheet for cloud storage. Developed with MIT App Inventor as part of the Cloud Computing 2 course.

Control LED using HC-06 Bluetooth Module, Arduino Nano/Micro Pro and MIT App Inventor

Handcraft THEREMIN: a musical instrument without physical contact

Android Based Home Automation and Security System Objectives: 1. Light ,Fan and Door lock control by android app using Bluetooth 2. Room Temperature and light density measuring and get value in app 3. Automated Fire alarm system and get message in app

📱 A social automation tool built with MIT App Inventor featuring: 1️⃣ Bulk contact saver with prefix naming 2️⃣ Auto-responder for selected apps using keyword-based rules 3️⃣ Group chat phone number extractor 4️⃣ Bulk Single Click SMS Sender

This project was created as the final assignment for the Microcontroller Practical Course. It is a mobile application designed to control a soccer-playing robot car using IoT technology, featuring ESP8266-based connectivity and intuitive controls.