Mastering Arduino From beginners To Core Advance_1

Mastering Arduino From beginners To Core Advance, available at $19.99, has an average rating of 3.65, with 58 lectures, based on 67 reviews, and has 9860 subscribers.

You will learn about The students will get a complete theoritical as well as practical knowledge of microcontrollers they will get knowledge of industrial environments IDEs they will get knowledge of sensors and type of motors they will get a complee practical project knowledge and how to deelop it into realtime environment they will get a basic idea of what is a micro controller and how to run motor and sensors with PC This course is ideal for individuals who are a wide range of peoples from absolute beginners to hobbyists to expert level intellects It is particularly useful for a wide range of peoples from absolute beginners to hobbyists to expert level intellects.

Enroll now: Mastering Arduino From beginners To Core Advance

Summary

Title: Mastering Arduino From beginners To Core Advance

Price: $19.99

Average Rating: 3.65

Number of Lectures: 58

Number of Published Lectures: 58

Number of Curriculum Items: 58

Number of Published Curriculum Objects: 58

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

The students will get a complete theoritical as well as practical knowledge of microcontrollers

they will get knowledge of industrial environments IDEs

they will get knowledge of sensors and type of motors

they will get a complee practical project knowledge and how to deelop it into realtime environment

they will get a basic idea of what is a micro controller and how to run motor and sensors with PC

Who Should Attend

a wide range of peoples from absolute beginners to hobbyists to expert level intellects

Target Audiences

a wide range of peoples from absolute beginners to hobbyists to expert level intellects

“I want to put a ding in the universe.”?
– Steve Jobs

Description?

This course is designed to keep the beginners in mind. The course will provide you with vast theoretical knowledge and practical examples of each part .there is no need to have any prior knowledge in C++ or electronics but if you have then it is a plus point. The course will deal with a large number of topics from basics to watchdog timers to I2C communication method the Arduino framework as well as how to build simple circuits that flash lights and spin motors. Following that, we continue our adventure into making noise, sensing the environment, and building a robot.
We will begin our journey by basic knowledge of arduino and micro controllers
Then we will go on basic setup processes and connections, after that we will on to running a lot of different motors. After that the sensors details and high level communication. Then the advanced topics with complete knowledge and at the end we will be going to do a complete project with the help of all the things we studied in a real time project.
Each video lecture is designed to give you one building block of knowledge. Almost every lecture is followed by a hands-on exercise where I ask you to expand on that building block or combine several previous blocks. I provide solutions to each exercise to help you learn. Additionally, most of the sections contain a project that challenges you to synthesize many of the concepts found in that section and from previous sections.
Upon completing this course, you will have the skills and knowledge needed to create fun and useful Arduino projects.
The course is broken up into a Simple Projects section, an Intermediate Projects section and an Advanced Projects section allowing you to progress to or start from any level based on how comfortable you are with Arduino.

Course overview

A lot is there to study and we will begin with the basics to beginners then we will move towards intermediate and then to advance levels.
A glimpse of the course is as follows:-?
1. Introduction
2. what is arduino
3. microcontroller
4. Atmega 328 details
5. connection of Atmel 328 with arduino
6. arduino UNO and bread board wiring
7. let’s get started with programming
8. download and install software
9. about the environment
10. how to blink led (hello world)
11. arduino syntax
12. understanding variables
13. digital read and serial port
14. analog read
15. introduction to pwm
16. fade a led
17. if conditional statement
18. for loop
19. while loop
20. using array
21. difference between input and output
22. difference between digital and analog
23. multiple led
24. button input
25. analog input
26. analog output
27. liquid crystal display
28. types of motors
29. simple dc motor
30. servo motor
31. stepper motor
32. running dc motor
33. running servo motor
34. running stepper motor
35. introduction to sensors
36. types of sensors potentiometer
37. piezoelectric sensor
38. temperature sensor
39. PIR sensor
40. serial communication
41. serial begin details
42. serial write
43. serial read
44. other IDE for programming
45. Atmel studio
46. wiring ide
47. i2c communication and processing
48. spi interface
49. wireless communication using RF remote
50. RFID card reading
51. watchdog timer
52. automatic gate opener : a real time project
53. using multiple sensors
54. multiple sensor programming
55. using them simultaneously
56. running relay with rf remote
57. running them with RFID card
58. conclusion

what you will get
? each course video
? course complete PDF version to download
? complete Codes to download and github link
? full explanations at any time by answering questions

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: the basic foundation

Lecture 1: what is arduino

Lecture 2: what is a microcontroller

Lecture 3: Atmel Atmega 328 details

Chapter 3: Arduino and Integrated Development Environment

Lecture 1: About The Environment

Lecture 2: Arduino Software For The First Timers

Lecture 3: Basic Of Arduino Programming

Lecture 4: First Program Theory

Chapter 4: Programming For The Beginnners

Lecture 1: Arduino Syntax

Lecture 2: Syntax Elements

Lecture 3: DigitalRead and Serial Port

Lecture 4: Introduction To PWM

Lecture 5: Fade A LED

Lecture 6: IF Conditional Statement

Lecture 7: For Loop

Lecture 8: While Loop

Lecture 9: Using Arrays

Chapter 5: Physical Computing Basics

Lecture 1: Difference Between Input And Output

Lecture 2: Difference Between Digital And Analog

Lecture 3: Multiple LED

Lecture 4: Button Input And LED

Lecture 5: Analog Input

Lecture 6: Liquid Crystal Display

Chapter 6: Introduction To Motor

Lecture 1: Types Of Motors

Lecture 2: Simple DC Motor

Lecture 3: Servo Motor

Lecture 4: Continious Servo Motor

Lecture 5: Stepper Motor

Lecture 6: Running a DC Motor

Lecture 7: Running a Servo Motor

Chapter 7: Introduction To Sensors

Lecture 1: Introduction To Sensors

Lecture 2: Sensor Details

Lecture 3: Potentiometer

Lecture 4: Peizoelectric Sensor

Lecture 5: Temperature Sensor

Lecture 6: Passive Infrared Sensor

Chapter 8: Serial Communication Basics

Lecture 1: Serial Communication Introduction

Lecture 2: Serial Begin

Lecture 3: Serial Write

Lecture 4: Serial Read

Chapter 9: Other IDE For Programming

Lecture 1: Other IDEs For Prrogramming

Lecture 2: Wiring IDE

Chapter 10: Advance Topics

Lecture 1: Introduction To I2C

Lecture 2: I2C Communication Part 2

Lecture 3: I2C communication part 3

Lecture 4: Remote Control

Lecture 5: RFID Card Reader Introduction

Lecture 6: RFID Card Reader Part 2

Lecture 7: RFID Card Reader Conclusion

Lecture 8: Watchdog Timer

Chapter 11: Automatic Gate Opener A Real-Time Project

Lecture 1: Automatic Gate Opener

Lecture 2: Project Details

Lecture 3: Relay Remote Control

Lecture 4: Using Multiple Sensors

Lecture 5: RFID Door Opener With Peizoelectric Sensor

Lecture 6: RFID Door Opener With Peizo Part 2

Lecture 7: RFID Door Opener With Peizo Part 3

Chapter 12: Conclusion

Lecture 1: Conclusion

Instructors

hostmybro
Trying To make Machine Learning Enjoyable

Rating Distribution

1 stars: 7 votes

2 stars: 6 votes

3 stars: 15 votes

4 stars: 15 votes

5 stars: 24 votes

Frequently Asked Questions

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