Learning by theory and simulation is only half the answer, but connecting, wiring and burning code to an actual Microcontroller, not a simulated one is the other more important half, and this is what we will cover in this course, you will learn by making PIC microcontroller practical projects. 

Welcome to this course

• Learning by doing is what makes the difference between someone who learn and someone who applies what he learned
• In this course you will get the chance to see PIC microcontroller in action, starting from simulation and moving forward to connecting the hardware and testing the code in real life.
• This will help you make sure your circuit works as expected and you can witness yourself building your first PIC Microcontroller fully functional.
• The most important thing to note here is that when a circuit work with you in simulation, that doesn’t mean that it will work in real life, in more than 85% of the cases the simulated circuit doesn’t work when you connect it.

This guide will help you make a garage door system using an ultrasonic sensor in a step by step manner at home in no time. you already dealt with to make your life easier and more secure, You can make that garage door system using an ultrasonic sensor. You will get a step by step tutorial on what needs to be done to get full control over any door that you want to add more security to and to make your life easier.

This is a course on interfacing Garage Door lock, LCD, Ultrasonic Sensor, and other devices with PIC Microcontroller to achieve the ultimate goal of creating that Garage Door System. It will give you the ability to make higher-level projects. You will know how to use the technology embedded in your Microcontroller to make your everyday life away much safer.

Motion detector interfacing with PIC microcontroller:

You will Be able to detect motion and protect your home, work, or any area using this PIC Microcontroller step by step.

Who didn't face a situation in which You came across a door and it opens by itself once it detects your presence, or installed a security system and wondered how it functions and how it detects a thief.

We all know that there is something called Motion detectors, but very few know the science behind it, so today in this course I will teach you the very basics of Motion Detectors and how to interface them with a Microcontroller and Program the system to fire alarm, turn light or even display (A Thief is Detected), the sky is your limit once you know how it works and how to interface it.

What will you learn in this section?

• To know how to interface a motion detector with PIC Microcontroller and have full control of how your system functions?
• To get familiar with motion detectors.
• To get familiar with coding and interfacing motion detectors.
• To get familiar with new programming techniques that will help you get the most out of your system.

Learn by practicing, practical work?

• Interface and connect a motion detector to PIC.
• Send output signal to alarm, buzzer, and LCD once the Motion is Detected.
• Write a C program to Interface Motion Detector with PIC Microcontroller.
• Understand the Working Principle behind the Method Used in this Course

PIC Microcontroller: Make an Electronic Door Lock System

This guide will help you make an Electronic Door Lock system in a step by step manner at home in no time.

Welcome to Make Electronic Door Lock using the PIC Microcontroller course.

This course will help you Make an Electronic Door Lock System using tools that you already dealt with to make your life Easier and more secure, You can make that Electronic Door lock using a keypad or a computer via serial terminal and serial communication protocol.

You will get a step by step tutorial on what you need to do to get full control over any home, car door, or any other door that you want to add more security too.

This is a course on the interfacing Door lock, Computer, LCD, Keypad, and other devices with PIC Microcontroller to achieve the ultimate goal of creating that electronic lock. It will give you the ability to make higher-level projects. You will know how to use the technology embedded in your Microcontroller to make your everyday life away much safer.

Things you will be introduced to in this course:

• Door lock an electronic one
• LCD (Liquid crystal display)
• Keypad 4*3 or 4*4 
• PIC Microcontroller
• Wires, Resistors and other basic electronic stuff
• Breadboard

At the end of this course, you will be able to Program PIC Microcontroller to control an electronic door lock and make it open or close using a number that you will enter via the keypad, you will also display the entered data using LCD Display.

PIC Microcontroller Wireless Power Transmission

Make your own PIC Microcontroller Wireless Power Transmission Project and Learn the Principles behind Wireless Power

This course will teach you how to Make your own PIC Microcontroller Wireless Power Transmission Project and light electronic components and devices with wireless power efficiently and effectively, This Guide will take you in a step by step manner to know what each component inside the wireless power transmission circuit is, and what it does and how to wire it up, starting with the winding coils and ending with things as simple as a resistor.

You will know what is the actual working principle of Wireless Power Transmission and how to use, interface and configure PIC Microcontroller correctly so that you can make your own PIC Microcontroller Wireless Power Transmission device.

After this course, you will be able to make your own wireless power transmission device and the choice is yours to use it and apply it with any application that comes in your mind and I assure you that this can make your life easier since all connections are explained in details.

A goal from this course:

Make your own PIC Microcontroller Wireless Power Transmission Project and Learn the Principles behind Wireless Power

What will you learn in this section?

• How to connect PIC Microcontroller with other electronic components to turn it to a wireless power transmitter.
• How to interface different types of electronic elements with PIC Microcontroller.
• How PIC Microcontroller Can make your life easier.
• How to Program, burn a code, and wire PIC Microcontroller and Coils.
• What are the right tools that you need to start making amazing projects?

Dot Matrix LED Display Interface with PIC Microcontroller

You will enter Dot Matrix LED Display world of wonders, Write Anything and Make it shine using a matrix of LEDs

A dot-matrix display is a display device used to display information on machines, clocks, railway departure indicators and in this course, you will learn it's the internal structure and how it functions, as well as how to interface it to a Microcontroller and Write codes to display letters, numbers and even sentences 

Do you want to Go to the next level in Displaying Data using Dot Matrix LED Display?

• We are announcing our brand-new course Dot Matrix LED Display Interface with PIC Microcontroller
• HD Content that will take you in an informative journey to not only master the coding of Dot Matrix with PIC Microcontroller but also learns the very basics of Dot Matrix LED Display internal structure, how it really works, it’s parts and how your code is handled by it.

What will you learn in this section?

• To know how Dot Matrix functions and learn about its internal structure.
• To get familiar with interfacing Dot Matrix display to PIC Microcontroller.
• To know how to display numbers and letters.
• To know how to move numbers, letters, and words on Dot Matrix.

Learn by practicing, practical work?

• Interface and connect Dot Matrix to PIC and Turn on a Column
• Display a letter on 5*7 Matrix Display
• Write a C program to display the letters from A-Z on 5*7 Matrix Display
• Write a C program to display a moving word “Your Name” on 5*7 Matrix Display

If you take this course now, you can count on these three results in just a few hours.

PIC Microcontroller: Learn by building practical projects

Learn PIC Microcontroller by creating real-life practical projects with your own Hands in this step by step guide

What is the best way to learn, you ask?

• Learning by doing PIC Microcontroller Practical Projects is the learn by practice approach that I prefer
• This approach allows you to not only master new PIC Microcontroller skills but also gain practical knowledge along the way.
• Only a few people are satisfied with simulation, but if you want good results you must move on and hook up your circuit and test it out using real-life hardware parts.
• I'm trying to help you gain real-world practical experience in PIC Microcontroller, so let's start.

Who should take this course?

• Anyone with a curiosity for making electronics
• Anyone wants to move from simulation to practical work
• Anyone interested in building real things
• People with no experience in electronics
• People with an intermediate knowledge of electronics
• Children over 14 years old