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What you would learn in Arduino Step by Step More than 50 Hours Complete Course?
This is a complete Arduino Course that guides students from the simplest to the most advanced levels. The main issue for students is the difficulty of applying their programming skills to embedded systems. In this course, you'll be taught programming concepts step-by-stage and then the practical application of every idea.
The course is broken down into 16 sections
In this section, you'll get A Conceptualization of What is A Program and Why C is The Most Suitable Language for embedded system programming.
In the Practicals, You'll Learn After,
What is an Arduino Board? And What's The What is the Difference Between Microprocessor and Microcontroller?
The Benefits of Power Pins, the Scanning Process of An Arduino Program.
How To Use Digital Pins and some light patterns to learn the basics of Arduino Commands.
Why We Can't Connect A DC Motor Directly to MCU. Introduction to DC Motor Drivers and How to Control the Directions.
In this section, you'll get A Good Idea of why we need variables and the various types of variables in C Language.
In addition, you'll be taught how to get user inputs and Basic Arithmetic Operations.
In The Practical Session That What You'll Learn Next,
What is A Seven Segment? And What is the best way to connect A 7seg to Arduino.
The Benefits of BCD 7seg Decoders and how to use the
How To Control 4 Digit Display By Using The Frequency Method.
The internal architecture of a DC Relay as well as Controlling 230V devices.
Also, you'll learn about PWM and the theory behind PWM, and its Practical Application.
In this Section, You'll Discover the reasons we need decision-making in Programming and the Four Types of
Different Decision-Making Algorithms for Decision Making. You'll be taught how to apply An If-Condition.
Step by Step with Lots of Examples.
In The Practical Session, You'll learn how to interface a Pushbutton In The Application Of If-Condition.
In this Section, you'll get a better understanding of digital Communication and a deep understanding of the RS232
Ports of Arduino and how to send and Receive Data With Them. Also, You Can Learn About
Wireless Communication. Check out some Examples of Practical Use.
From this section, you'll be able to learn the If-else Condition as The 2nd Decision-Making algorithm. We have discussed various programs.
In the Practical Session, you'll learn how to implement an If-else condition in the Arduino program. To demonstrate that, we have discussed some advanced Push Button Interfacing Practices that include Bit-wise Operations. You will also learn about Analog to Digital Conversion And Its Theory of It. Learn how to interface an Analog Sensor like a soil moisture sensor. In this section, you can learn how to control DC Servo Motors And The Servo Mechanism. Also, you'll learn how to connect A 16x2 LCD to Arduino. At the end of this Section, You'll Know How To Create a complete Flower Plant Project that includes all The Concepts You've Learned Thus Far.
In this Section, You'll learn If-else As A Third Decision-Making Algorithm. In addition, you can learn the Theory of Loops and a plethora of examples about While Loop.
In the Practical Session, You'll learn the practical use of While Loops.
Next, you will learn how to Connect A 4x4 Keypad With Arduino. Arduino. Are you interested in controlling A Huge (industrial) Stepper Motors? In this Section, we'll give the Step-by-Step instructions and demonstrate how to control a very large stepper using an Arduino. By the end of this Section, You'll be able to comprehend the precise mechanism of an Ultrasonic Sensor and how to program it to determine the Distance.
In this section, you can learn the theory behind nested loops, One Dimensional array, and many example programs.
In The Practical Session, We Create a Home Automation System To help you understand how to use arrays in an Arduino program.
In this section, you'll learn What Sub-Programs are and why we should use them for our projects. In this article, we'll explain five different types of functions and some examples of functions.
In the practical session, you'll discover why we need a Hardware Mechanism called Interrupts and The Benefits of Interrupts Compared to Polling System. Additionally, you'll learn how to design functions for an Arduino Project.
In this section, we'll walk you step-by-step in creating an obstacle-avoiding and a maze Solving Robot. in this section, we show a variety of algorithms for creating an obstacle-avoiding robot. Each step will demonstrate.
From this Section, You'll Have An Idea of The For Loop and How to Use This with Examples.
In the practical session, you'll learn the importance of creating Interfaces for Software embedded system applications. This tutorial will teach you how to create A Graphical Basic Interface and begin the communication using Arduino.
In this Section, you'll be taught the importance of understanding the PIC Microcontroller. In this section, we will explain the pinout, RAM, and Special Memories like PORT and TRIS. Additionally, you will learn how to use them in Built PIC Libraries. Also, learn to transfer Information (18B20 temperature) from Ar Arduino to The VB Interface.
In this Section, We're In This Section; We Are Giving You The Assignment to test your C Programming Knowledge. Also, you can learn more about PIC Microcontroller Using Proteus Simulations. You will learn about the significance of an EEPROM and How to Access Arduino EEPROM. Also, learn how to send and receive SMS and answer A Call using Arduino with the aid of A GSM module.
In this Section, you'll be taught how to organize related variables using structures. Additionally, you'll learn how to design and manage A Database in Visual Basic So That You can Design A Storage Mechanism for an Arduino Project.
In this Section, You'll Learn how to handle String Type Data in A C Programming language.
In The Practical Session, You'll learn about I2C Communication and how to connect a real-time clock such as DS1307 Utilizing The I2C Port of the Arduino. You will also learn how to create A PCB for any Arduino Project Using Eagle Cad Software.
From this section, you'll be able to understand the importance of the IoT Platform. How do you connect to a device through the Internet, and how to submit an Arduino's data to a Web Server. For that, we show you step-by-step how to build a Web Website Using Microsoft Visual Web Developer (ASP) and launch the Web Site, and Finally, How to connect Arduino to the Web Server.
In this Section, you'll be taught how to build a Line Following Robot with the help of Pololu QTR8 SensorArray. In the beginning, you'll get an In-depth understanding of the PID-based Control System. Proportional Controller PI Controller and PD Controller. Additionally, you'll learn about the Overshoot Error and The Oscillation Error.
From this section, we build the railway made with an Arduino.
Content of the Course:
Arduino, PIC, C Programming, IOT
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