Arduino: Создание IoT-устройства для мониторинга окружающей среды [Udemy] [Питер Далмарис]

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23 Янв 2020
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A perfect start for the new maker: learn by creating a gadget that posts your environment data to a Web logging service.
What you'll learn:

  • Make simple circuits based on the Arduino board
  • Acquire data from sensors and display them on an LCD screen
  • Upload sensor data to a free cloud logging service and visualise it in a dashboard
  • Understand the basics of programming for microcontrollers
Description:
This course is designed for beginner makers. I will help you get started with the basics of creating circuits with the Arduino prototyping board, and by the end of this course you will have an Internet-connected home environment monitoring gadget, build with your own hands!
The only prerequisite is a basic understanding of concepts like voltage, current and resistance, and ability to download and install software on your computer. A very basic understanding of programming is a bonus, but not absolutely necessary.

Along the way, you will learn about programming, sensors, and communications.

The course is split in three parts:

  • Part 1 is an introduction, which will gently help you create your first circuit and open your appetite for more.
  • Part 2 contains a primer on making with the Arduino, focusing on the Integrated Development Environment and the sketching language.
  • Part 3 is about making JING. JING (not an acronym!) is the environment monitoring system that you will put together piece by piece, and line by line.
If learning by making sounds like the way to go, then this course is for you!
Materials:

  • To fully take advantage of this course, you will need (all of these are easily sourced from Ebay):
    • 1) An Arduino (I suggest a genuine Arduino Uno)
    • 2) A photoresistor
    • 3) A DHT22 temperature and humidity sensor
    • 4) A BMP085 barometric sensor breakout
    • 5) A 16x2 LCD screen based on the Hitachi HD44780 driver (or compatible, these are very common)
    • 6) A potentiometer
    • 7) Assorted resistors
    • 8) A small breadboard
    • 9) Lot's of breadboard wires.
Requirements:
  • The basics of electricity, like voltage, current, resistance.
Who this course is for:
  • Makers who have an existing intermediate or better understanding of electronics
  • Beginner Arduino makers
Course content:
Introduction:


  • Introduction
  • Please read this before continuing!
  • Components needed for this project
  • Where can you find the sketch source code?
  • Hello World! Diodes, LEDs, and your 1st circuit
  • Hello World! Your 1st sketch
  • Use Pulse Width Modules, make the LED fade
Arduino development basics:
  • 7 lectures
Constructing JING:
  • Measuring light with Lux and the Axel-Benz formula
  • Measuring light with a photoresistor demonstration
  • Measuring temperature and humidity
  • Measuring barometric pressure
  • Adding an LCD screen, setup the circuit
  • Adding an LCD screen, adding a library and sketch walkthrough
  • Create an echo server with the Ethernet Shield
  • Transmit sensor data with the Ethernet Shield
  • Emoncms, what is it, walkthrough
  • Upload data from a single sensor to Emoncms
  • Setting up logging and visualising data on Emoncms
  • Completing the hardware assembly
  • The Jing complete sketch walkthrough
  • Completing the Jing dashboard
Video Responses:
  • How to configure a widget (and why is a widget blank?)
Conclusion and Bonus Lecture:
  • Wrap-it up, what did we learn, and improvements
  • Bonus Lecture
Instructor Peter Dalmaris - is an educator, electrical engineer, electronics hobbyist, and Maker. Creator of online video courses on DIY electronics and author of three technical books, and has recently released his book Maker Education Revolution. As a Chief Tech Explorer since 2013 at Tech Explorations, the company he founded in Sydney, Australia, Peter’s mission is to explore technology and help educate the world. Tech Explorations offers educational courses and Bootcamps for electronics hobbyists, STEM students and STEM teachers.