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Arduino Zero to Hero

Mastering Arduino Step by Step : Circuits, Programs, Sensor Libraries, Storing and Visualizing Data

     
  • 4.1
  •  |
  • Reviews ( 62 )
₹599

This Course Includes

  • iconudemy
  • icon4.1 (62 reviews )
  • icon7h 59m
  • iconenglish
  • iconOnline - Self Paced
  • iconprofessional certificate
  • iconUdemy

About Arduino Zero to Hero

Arduino is an open-source microcontroller used for building electronics projects. Since it arrived on the scent, Arduino completely revolutionized DIY electronics, making it possible for artists, teenagers and hobbyists to create a vast array of projects which interact with people and the environment. In this course you will learn how to create simple projects by using Arduino. This course is a product of my 5 years of playing and teaching with Arduino's. The learning sequence of

Sections 1-3

introduce Arduino and build student confidence by first learning how to just build circuits and afterwards how to write programs.

Section 4

teaches the fundamentals of analog circuits and applies those to sound sensors, temperature sensors, light mixers and musical instruments.

Section 5

takes on digital circuits, starting with button inputs being used to create sound effects, memory games, guessing games with a 7 segment display and measure human reaction time.

Section 6

is all about installing and using sensor libraries with Gyro Accelerometer Circuits and Remote Control Circuits.

Section 7

Wraps up the course with some spectacular visualizations of sensor outputs using a software called Processing. Each section will help you learn and finally you can be a master of Arduino.

What You Will Learn?

  • Confidently use many of the popular electronics components: breadboards, resistors, transistors, LED's potentiometers etc.. .
  • Write Arduino programs with multiple inputs and outputs .
  • Read values from analog and digital sensors: sound, temperature, light, force, turning moment etc . . .
  • Create music instruments with button and light sensor inputs .
  • Use sensor libraries for acceleromenter, gyroscope and remote control applications .
  • Set up scientific experiments using circuits and code to test memory and reaction time .
  • Save data from ARduino to SD card and export results to Excell .
  • Use processing to connect mouse and keyboard inputs to Arduino .
  • Visualize sensor outputs as live display graphs on Processning software.