Rating 4.25 out of 5 (16 ratings in Udemy)
What you'll learn- What is AppInventor?
- AppInventor setup
- Event Driven Programming
- Components and properties
- Create an Android app that turns an LED on and off.
- Login Protected LED Controller
- Build a slider that controls the LED brightness
- Control the color of an RGB LED using a color picker
- Read the temperature with the DS18B20 temperature sensor and display the values on the app
- Build an Android app that controls a lamp connected to a …
Rating 4.25 out of 5 (16 ratings in Udemy)
What you'll learn- What is AppInventor?
- AppInventor setup
- Event Driven Programming
- Components and properties
- Create an Android app that turns an LED on and off.
- Login Protected LED Controller
- Build a slider that controls the LED brightness
- Control the color of an RGB LED using a color picker
- Read the temperature with the DS18B20 temperature sensor and display the values on the app
- Build an Android app that controls a lamp connected to a relay
- Build an Android app that allows you to write messages and send them to the Arduino to be displayed on an LCD
- Build an Android app that allows you to Control DC Motors
DescriptionAndroid Apps for Arduino with MIT App Inventor without Code If you have been thinking about turning your Arduino into a more capable device for long but have been avoiding learning programming, then you are not alone. In this course, we will show you how to build an Android app for Arduino without any prior coding
Welcome to this course:
Android Apps for Arduino with MIT App Inventor without Coding is a practical course in which you’re going to build More than 8 Android applications to interact with the Arduino.
Why you should take this course?
Lessons for Android apps
Build cool Android applications for Arduino
No coding experience required
This course is a step-by-step course to help you build an Android app for your Arduino, without any prior coding experience.
You'll learn how to create animated sprites and objects, add sound effects and music, control player movement, and program in simple scripts.
You Will Get:
Step-by-step instructions for building the app design and logic,
Downloadable code and schematics,
.aia files (files that you can use with MIT App Inventor 2 software to edit the app),
.apk files (files that you can run on your smartphone).
What you will build?
LED ON-OFF Controller (Bluetooth).
Login Protected LED ON-OFF Controller.
LED Slider (Bluetooth).
RGB LED Controller (Bluetooth).
Temperature Sensing Application.
Relay On-Off Control.
LCD Display Text Control.
Remote Controlled DC Motors (Robot Basics).
Bonus1:How to Upload Your Apps to the PlayStore and Make Money by Placing Ads on Your App
Bonus2: How to Turn any Idea into an Android Application with Zero Experience
