Learn Arduino Class (2-5 people) 18h / 6 weeks

Description

If you are completely a beginner with Arduino technology, then you can choose Arduino courses for beginners. With a smooth start you enter the world of electronics and Arduino.

Classes are not like " Listen-do." In each lesson we explain the technologies we will use as well as the theoretical background from the provisions. We explain the materials we use so that you have a full understanding of what you are doing.

If you are parents and have children from sixth grade and up it is the best start to the world of electronics. It is absolutely safe as there is no risk of electric shock or any other danger to which children are exposed.

At the end of the courses, there is a possibility of formal certification by Arduino to have formal recognition in your qualifications and knowledge.

Duration

The duration of the courses is 18 hours which take place in 18 meetings of 1 hour (so 18 lessons of 1 hour). The Arduino for Beginners program has been built to offer you a pleasant learning experience without tiring.

Course Material

The course material we cover is:

1. Introduction to the Arduino Uno board
   1. Getting to know the board, identifying the parts it has on it. Inputs, outputs, analog inputs/ outputs, serial communication
   2. Acquaintance with basic electronic components such as resistors, potentiometers, integrated, capacitors, diodes, photoresistors, LEDs, transistor, etc.
   3. Learning the raster (bredboard). Connection and use.
   4. Use of multimeter. Voltage, Resistance Measurement
   5. Installing Arduino IDE software
2. The First Circuit
   1. Getting to know the Arduino IDE environment
      1. What is Sketch
      2. The Start method()
      3. The Loop method()
   2. LED lighting
   3. Phased LED lighting
   4. Use of photoresistance as a switch
3. Arduino IDE
   1. Use of variables - range of variables
   2. Creating new methods
   3. Use a PIN as input or output
   4. Digital signal reading
   5. Analog signal reading
   6. Programming commands
4. Serial communication
   1. Send data to serial
   2. Read data from serial
   3. Example. LCD Screen, printing messages.
5. Sensors and examples of use
   1. Ultrasonic sensor for distance measurement
   2. Temperature – humidity sensor
   3. Soil moisture sensor
6. Libraries
   1. What are libraries and who do we need them
   2. Library Management
   3. Example of library use with MPU6050
7. Motors
   1. Different types of motors (DC, Servo, Stepper)
   2. DC Motor connection
   3. Stepper Motor Connection
   4. Servo Motor Connection
8. Programming
   1. Exercises with miscellaneous commands (including designs for easy implementation)