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Arduino Journey from Simple Projects To Advance Robots.
Rating: 4.2 out of 5(163 ratings)
9,114 students
Created byIbrahim Yassine
Last updated 12/2020
English

What you'll learn

  • Students will satisfy their passion. They will be able to qualify to compete in science fair and robotics competitions.

Course content

8 sections31 lectures3h 42m total length
  • Introduction to Arduino9:57

    See how the Arduino functions as a microcontroller that reads environmental data via input pins, analyzes it, and drives outputs like a smart lamp or fan.

  • Sensors11:41

Requirements

  • Be able to work with the basic electronic devices and have the basic computer skills.
  • Basic knowledge about robotics.

Description

The main features of that course:

1-Short and sufficient

2-No need for advanced electronics and programming skills

3-Pioneer idea

4-Mixed teaching tools including:

a-Screen recorder

b-Powerpoint

c-Real video testing

5-Materials easily available

6-Easy language used 

7-Eye contact with the instructor

8-Robot tested under real conditions 

9-Ability to apply your own touch

10-Multiple learning objectives reached including:

a-Learning how to work with arduino board and its supplements 

b-Learning how to work with arduino software (programming)

c-Learning new physical concepts regarding motion  

The main features of that course:

1-Short and sufficient

2-No need for advanced electronics and programming skills

3-Pioneer idea

4-Mixed teaching tools including:

a-Screen recorder

b-Powerpoint

c-Real video testing

5-Materials easily available

6-Easy language used 

7-Eye contact with the instructor

8-Robot tested under real conditions 

9-Ability to apply your own touch

10-Multiple learning objectives reached including:

a-Learning how to work with arduino board and its supplements 

b-Learning how to work with arduino software (programming)

c-Learning new physical concepts regarding motion  

The main features of that course:

1-Short and sufficient

2-No need for advanced electronics and programming skills

3-Pioneer idea

4-Mixed teaching tools including:

a-Screen recorder

b-Powerpoint

c-Real video testing

5-Materials easily available

6-Easy language used 

7-Eye contact with the instructor

8-Robot tested under real conditions 

9-Ability to apply your own touch

10-Multiple learning objectives reached including:

a-Learning how to work with arduino board and its supplements 

b-Learning how to work with arduino software (programming)

c-Learning new physical concepts regarding motion  

Who this course is for:

  • All people interested in robotics and DIY arduino projects including beginners, hobbyists and experts.