Skillshare – Arduino Automatic Medicine Reminder

Arduino Automatic Medicine Reminder
Make Your Own Arduino Automatic Medicine Reminder in a Step by Step Manner, learn and have fun Practicing Arduino

What you’ll learn

Make your own Arduino Automatic Medicine Reminder
Make a very simple and straightforward reminder using only Arduino board, A buzzer, and Led
Make a more advanced model in which you will use the RTC time module, LCD and buttons in a more sophisticated design.
Learn Working Principle of RTC Time Module, LCD, EEPROM, Speaker and Buzzer
Interface Switches, RTC Time Module, LCD, EEPROM, Speaker and Buzzer with Arduino
Learn the working principle of Arduino Automatic Medicine Reminder
Display information on LCD Display and select your reminder using buttons.
Set up the required software in a step by step manner.
Connect your Circuit and start coding.
Requirements

Basic experience in Electronics
A Will to apply, not just watch
Be familiar with the Arduino Uno
Be familiar with the breadboard and wiring.
Description

>>> Make Your Own Arduino Automatic Medicine Reminder in a Step by Step Manner, learn and have fun Practicing Arduino <<<

Welcome to this course.

As you know, Arduino is a very useful and easy to use microcontroller, and in this course, you will learn how you can easily make an Arduino based smart device that helps you take medicine in time.

We all need to take medicine at some time. We also need to look after our parents or elderly, and giving medicine on time is one of the most important tasks, especially when people we care about are old and they forget to take their medicine.

So we decided to help you make one for your family, for yourself and for your loved ones.

You will feel relieved knowing that even when you are not around, people you care about will get reminders to take their medicine in time.

All connections are explained in detail, and you can choose the reminding time using buttons or add extra features easily.

Let’s come to the important part, which is

What you will learn and this course:

What is the main working principle behind automatic medicine reminder
How to create an automatic medicine reminder based on Arduino
Display information on LCD Display and select your reminder using buttons.
Software and hardware requirements
Set up the required software in a step by step manner.
Circuit connection and we’ll start coding.
And for the circuit design and coding part, we are going to take two examples, you will be able to

Make a very simple and straightforward reminder using only Arduino board, A buzzer, and Led
Make a more advanced model in which you will use the RTC time module, LCD and buttons in a more sophisticated design.
So we have both modules or both products covered in this course.

Then we will talk about suggested future improvement and we will provide a 3D design for a case to hold your device and protect it.

Bonus

Fusion360 course as a bonus to this course so that you can easily design any object in 3D for free.

After this course, you will be able to make your homemade very own Arduino Automatic Medicine Reminder

and the choice is yours to use it and apply the principles you learned with any application that comes in your mind.

Who this course is for:

Anyone interested in making a very simple and straightforward reminder using only Arduino board, A buzzer, and Led
Anyone interested in making a more advanced model in which you will use the RTC time module, LCD and buttons in a more sophisticated design.
Anyone Interested in Learning How Arduino Automatic Medicine Reminder works
Anyone Interested in Learning How to Choose different reminding time using Arduino
Anyone interested in making amazing electronics Projects
Anyone interested in making amazing Microcontroller Projects
Anyone Interested in Learning New Things about Arduino
Anyone Interested in Learning How to make Arduino Automatic Medicine Reminder
Anyone Interested in Microcontrollers
Arduino Geeks
Electronics Geeks
Release Name: Skillshare.Arduino.Automatic.Medicine.Reminder-XCODE
Publisher: skillshare
Release Date: 2020-08-21
Size: 20 x 50MB