Arduino Complete Course : Build 30+ projects step by step (Udemy – Engsub)

About Course

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Learn
Arduino
from basics to advance step by step with real working robotic projects with course “
Arduino Complete Course : Build 30+ projects step by step
“
What you’ll learn:
Arduino
Arduino Programming
Voice Controlled Robot
Mobile Control Rover
Obstacle Avoiding Robot
Line Following Robot
Laser Alarm System
Project Development using Arduino
Electronics App Development
Arduino IDE
Programming Basics, Datatypes, Conditionals, Loops and Functions
Light Measurement using LDR
Distance Measurement using Ultrasonic Sensor
Object Detection using IR sensor
Line Detection using Line sensor
v.v…
Description:
Are you ready to dive into the world of electronics and programming with
Arduino
? The “
Arduino Complete Course: Build 30+ Projects Step by Step
” is your gateway to mastering Arduino, whether you’re a beginner or an experienced hobbyist. This comprehensive course will guide you through over 30 hands-on projects, helping you develop practical skills in building and programming electronic circuits. From simple LED blinkers to more complex IoT devices, you’ll learn how to bring your ideas to life with
Arduino
, enhancing your understanding of both hardware and software.

Link gốc:

https://www.udemy.com/course/arduino-complete-course-build-30-projects-step-by-step/

Time Course:
19 hours (245 Lectures + Documents)

Instructor
: Dev Nirwal
Total Weight:
12.07 GB
** Note
:

Chú ý:

Course Content

1. Introduction to the Course

1. Introduction to the course.mp4

02:31
2. Learning by Building.mp4

00:54
3. What’s Inside the Course.mp4

05:11
4. What is an Arduino.mp4

06:19
6. Why we need to learn Arduino.mp4

07:50
7. How it all Works.mp4

06:47
8. Some basic Components.mp4

19:14
9. Any Doubts.mp4

00:35

10. Chasis and Other Simple Components

12. Obstacle Avoiding Robot

13. Line Following Robot

15. Mit App Inventor

1. Introduction to this module.mp4

06:53
3. Accessing MIT.mp4

01:54
4. Understanding the interface.mp4

03:58
5. Familarisation with MIT.mp4

12:42
6. Developing front end.mp4

06:15
7. Developing the backend.mp4

13:47
8. Introduction to Bluetooth technology.mp4

06:44
9. Writing code for the mobile controlled led.mp4

07:49
10. Testing our first app.mp4

04:24

16. More Apps

14. Developing the app.mp4

01:56
26. Testing the application.mp4

01:29
25. Writing the code.mp4

03:48
24. Developing the app.mp4

10:48
23. Problem-5 Voice controlled led.mp4

02:03
21. Testing of the application.mp4

02:04
20. Writing the code.mp4

04:55
19. Developing the app.mp4

02:56
18. Problem-4 Led fading.mp4

01:35
16. Testing of the application.mp4

05:05
15. Writing the code.mp4

04:23
1. Introduction to this module.mp4

00:49
13. Problem-3 Controlling motor.mp4

01:30
11. Testing of the application.mp4

04:26
10. Writing the code part-2.mp4

07:13
9. Writing the code.mp4

18:05
8. Developing the app.mp4

07:14
7. Problem-2 Mode switcher.mp4

03:41
5. Testing of the applicaiton.mp4

05:53
4. Writing the code.mp4

08:57
3. Developing the app.mp4

12:07
2. Problem-1 4 Led Controller.mp4

02:07

18. Mobile Controlled Robot

1. Introduction to the module.mp4

01:50
4. Assembling the Rover.mp4

08:40
5. Developing the App.mp4

08:38
6. Writing the code.mp4

13:31
7. Writing the code part – 2.mp4

11:06
8. Writing the code part – 3.mp4

09:21
9. Testing the Rover.mp4

03:06
11. How to make it more easy.mp4

01:04
12. Assembling the robot.mp4

02:46
13. Writing the code.mp4

14:45
14. Testing the rover.mp4

03:01

19. Voice Controlled Rover

2. Part-1 Programming and Simulation

20. End Of The Course

3. Installing Arduino IDE

4. Arduino Programming Basics

1. Introduction to the Module.mp4

01:04
2. What’s on the Board.mp4

14:15
4. How to connect the Arduino.mp4

04:15
5. How to write a Code.mp4

02:49
6. First Program.mp4

09:18
8. Some basic Syntaxes.mp4

06:17
9. Inbuilt Functions.mp4

06:14
10. Constants.mp4

04:17
11. Variables.mp4

21:03
14. On Board Led.mp4

06:16
16. Saving the code.mp4

03:24
17. Simulation.mp4

03:41
18. Tinkercad.mp4

14:06
20. First Program on Tinkercad.mp4

06:49
22. Multi Led’s on Tinkercad.mp4

10:36

5. Programming

2. Datatypes.mp4

07:55
3. Datatypes part – 2.mp4

15:07
5. String.mp4

21:51
8. Arrays.mp4

19:02
11. More on Arrays.mp4

09:02
13. Arithmetic Operators.mp4

10:40
14. Comparison Operators.mp4

10:49
16. if-else conditions.mp4

15:03
19. Functions.mp4

13:36
21. Loops.mp4

11:32
23. For loop.mp4

11:54
26. Fading using loop.mp4

10:58
28. While loop.mp4

07:44
31. Do-While loop.mp4

05:39
34. Continue statement.mp4

10:08

6. Polish Programming

15. Problem-5 Chase Effect.mp4

03:16
26. Knight Rider solution.mp4

12:00
25. Module Test Knight Rider effect.mp4

02:24
23. Fire effect solution.mp4

10:01
22. Problem-7 Fire Effect.mp4

02:45
20. RGB colour code solution part-2.mp4

17:49
19. RGB colour code solution part-1.mp4

13:15
18. Problem-6 RGB colour code.mp4

02:31
16. Chase Effect solution.mp4

22:37
1. Introduction to this module.mp4

01:25
13. Trafic Light solution.mp4

09:02
12. Problem-4 Traffic Light.mp4

02:20
10. SOS morse code solution.mp4

05:59
9. Problem-3 SOS morse code.mp4

03:45
7. Complex Blinker solution.mp4

11:57
6. Problem-2 Complex Blinker.mp4

02:43
4. Solution for Blinker.mp4

07:43
3. Problem-1 Blinker.mp4

01:34

8. Sensors

9. Motors and Shields

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About Course

Course Content

1. Introduction to the Course

1. Introduction to the course.mp4

2. Learning by Building.mp4

3. What’s Inside the Course.mp4

4. What is an Arduino.mp4

6. Why we need to learn Arduino.mp4

7. How it all Works.mp4

8. Some basic Components.mp4

9. Any Doubts.mp4

10. Chasis and Other Simple Components

1. Introduction to this module.mp4

3. Gear setup.mp4

4. What is chasis.mp4

5. Is it important to have a chassis.mp4

12. Obstacle Avoiding Robot

1. Introduction to this module.mp4

4. Assembling the robot.mp4

5. Writing the code.mp4

6. Writing the code part – 2.mp4

7. Writing the code part – 3.mp4

8. Writing the code part – 4.mp4

9. Writing the code part – 5.mp4

10. Testing the Robot.mp4

13. Line Following Robot

1. Introduction to this module.mp4

4. Assembling the robot.mp4

5. Writing the code.mp4

6. Testing the robot.mp4

15. Mit App Inventor

1. Introduction to this module.mp4

3. Accessing MIT.mp4

4. Understanding the interface.mp4

5. Familarisation with MIT.mp4

6. Developing front end.mp4

7. Developing the backend.mp4

8. Introduction to Bluetooth technology.mp4

9. Writing code for the mobile controlled led.mp4

10. Testing our first app.mp4

16. More Apps

14. Developing the app.mp4

26. Testing the application.mp4

25. Writing the code.mp4

24. Developing the app.mp4

23. Problem-5 Voice controlled led.mp4

21. Testing of the application.mp4

20. Writing the code.mp4

19. Developing the app.mp4

18. Problem-4 Led fading.mp4

16. Testing of the application.mp4

15. Writing the code.mp4

1. Introduction to this module.mp4

13. Problem-3 Controlling motor.mp4

11. Testing of the application.mp4

10. Writing the code part-2.mp4

9. Writing the code.mp4

8. Developing the app.mp4

7. Problem-2 Mode switcher.mp4

5. Testing of the applicaiton.mp4

4. Writing the code.mp4

3. Developing the app.mp4

2. Problem-1 4 Led Controller.mp4

18. Mobile Controlled Robot

1. Introduction to the module.mp4

4. Assembling the Rover.mp4

5. Developing the App.mp4

6. Writing the code.mp4

7. Writing the code part – 2.mp4

8. Writing the code part – 3.mp4

9. Testing the Rover.mp4

11. How to make it more easy.mp4

12. Assembling the robot.mp4

13. Writing the code.mp4

14. Testing the rover.mp4

19. Voice Controlled Rover

1. Introduction to this module.mp4

4. Assembling the Robot.mp4

5. Developing the App.mp4

6. Writing the code part – 1.mp4