Udemy – Arduino programming and hardware basics with Hackster 2019-5

Description

Arduino Programming and Hardware Fundamentals with Hackster is a course offered by Udemy that teaches electrical engineering to build Arduino circuits and programming to create IoT devices and robots. Arduino is both a hardware platform and a programming language. By learning to program and build circuits in this language, you can take your electronic projects to a higher level and create innovative devices.

This course will help you learn the Arduino platform and programming language well and use them to build robots, interactive displays, electronic toys, home automation tools and more. This course is created in collaboration with the Hackster website and contains valuable tips and topics. In this course you will learn how to program with Arduino, send information remotely to the Internet of Things platform, and use the Internet to control the Arduino device.

Courses taught in this course:

Arduino programming tutorial with C++/C
Building functional circuits
Control sensors, robots and IoT devices
Write a program to perform mathematical calculations
Circuit design and coding

Arduino programming and hardware basics with Hackster:

English language
Duration: 7 hours and 29 minutes
Number of teaching hours: 173
Education level: Medium
Instructor: Shawn Hymel,. Hackster.io
File format: mp4

Course topics

173 lectures 07:29:38

introduction
12 lectures 31:54

Programming basics
33 lectures 01:50:11

Basics of electrical engineering
20 lectures 50:33

Fun with LEDs
16 lectures 49:39

User input
23 lectures 35:59

Return message
8 lectures 15:18

Sensors
14 lectures 29:41

robotics
14 lectures 29:19

The Internet
12 lectures 52:40

Internet of Things (IoT)
17 lectures 34:06

final
4 lectures 10:14

Course requirements

Be able to use a computer (Windows and Mac are covered in the course, Arduino also works on Linux)
Be able to solve simple algebraic problems (e.g. find x in 2x + 4 = 10)
If you want to use the online Arduino simulator, no additional hardware is required
For practical use, an Arduino and supporting electronics are required (covered in Lecture 5).