- 1. Introduction 2m 27s
- 2. How to install Proteous Professional 11m 1s
- 3. How to Install MikroC Pro for PIC Programming 2m 56s
Learn PIC Microcontroller with this 30 Days Challenge
About this course
Introduction:
Are you frustrated with all the videos on YouTube that are either too short or simply too complex
This 30-day online course is designed to help students learn the basics of programming the PIC microcontroller. The course uses a combination of text and video lessons, along with challenges and quizzes to help students retain the information. The course is ideal for anyone who wants to learn PIC Microcontrollers, or for those who are looking to expand their knowledge in this area.
Note: This course combines multiple video courses into one. If you've previously purchased Ashraf's courses, please check that this bundle includes enough new content to make it a worthwhile purchase for you.
PIC microcontroller courses are challenging, but the challenge is easily followed with each day containing a task that will help you understand the microcontroller. By following these tasks, you will be able to complete the course successfully.
In this course, you will learn the basics of how a microcontroller works, how to use it, how it is different from other types of computers, and what data it can store.
The challenge: tackles the challenges and how it works in different sections with different Topics.
Section I : this section Covers Educational Engineering and Introduction
Section II : in this section, we will discuss C Programming For Microcontrollers
Section III : Code, Run and Have more Fun
Section IV: PIC Microcontroller: The story from the beginning
Section V : PIC Architecture II
Section VI: Analog To Digital Conversion
Section VII: Interrupts
Section VII: Serial Communication Introduction and Basics
Section IX: Timers and Counters
Section X: Practical Experiments
Section XI: Basics of Electronic Components
WHAT YOU WILL GET WHEN JOINING THIS COURSE
High-Quality Video Tutorials on PIC Microcontroller Wiring
Step By Step Guide on How to Make an Electronic Door Lock using PIC Microcontroller.
PIC Microcontroller Circuit Diagrams
Codes and Application example files
This course is designed to help students learn how to use the PIC microcontroller. Students will be challenged with a variety of activities and tasks throughout the month, which will help them to become proficient in using this microcontroller. You'll start with the basics, and then move on to more advanced topics.
What you will learn in this course:
You will learn how to read and write to the PIC memory, how to work with variables, make decisions, loops and more.
You will learn how to program a PIC microcontroller in just 30 days.
Learn how to program a PIC microcontroller in C language and create your own projects!
Learn about the basics of electronics and microcontrollers.
Learn the most popular programming language for PIC microcontrollers, Assembly language.
Learn how to code and have fun
Learn about Interrupts
learn Electronic components
Circuit Diagrams For interfacing Electronic Lock with PIC Microcontroller.
Get a hands-on experience with programming and using PIC microcontrollers
This course is designed to teach you everything you need to know about programming a PIC microcontroller.
Sign up for the 30 Days Challenge Course and start learning today!
What you'll learn
- Introduction:
- Are you frustrated with all the videos on YouTube that are either too short or simply too complex
- This 30-day online course is designed to help students learn the basics of programming the PIC microcontroller.
- The course uses a combination of text and video lessons, along with challenges and quizzes to help students retain the information.
Curriculum
113 Lessons • 14H 25M- 1. Introduction 2m 29s
- 2. Download and Install C Editor and Compiler 9m 5s
- 3. Write and Compile C Codes in your browser 3m 55s
- 4. Download and Install Visual Studio Code To run C programs 15m 28s
- 5. Write Your First C Code and Compile it 11m 32s
- 6. Comments in C 4m 25s
- 7. Strings and Escape Characters in C 8m 2s
- 8. Variables in C 9m 50s
- 9. Rules In Naming Variable in C 6m 24s
- 10. Printing Variables with Printf in C 9m 53s
- 11. Reading Input From User in C 6m 58s
- 12. Arithmetic Operators in C 16m 39s
- 13. Uni Arithmetic Operators In C 14m 44s
- 14. Bitwise Operators In C 13m 6s
- 15. Bitwise Shift Operators in C 13m 22s
- 16. Assignment Operators 14m 34s
- 17. Logical and Relational Operators 12m 9s
- 18. Conditional Statement if in C 4m 32s
- 19. Conditional Statement Else if and Else in C 8m 44s
- 20. Local Variables And Global Variables 6m 50s
- 21. General Rules Regarding If Statement 12m 56s
- 22. Switch Statement in C 9m 34s
- 23. For loop in C 10m 41s
- 24. While loop in C 8m 16s
- 25. Do while loop in C 8m 48s
- 26. Break And continue in C 9m 19s
- 27. Functions in C 19m 53s
- 28. Void Keyword in C 5m 33s
- 29. Divide C project into multiple files in C 8m 46s
- 30. How to create a library in C 14m 52s
- 31. Arrays in C 21m 44s
- 32. Arrays in C example 7m 4s
- 1. First Project In Proteus 2m 42s
- 2. First Project In MikroC 5m 26s
- 3. How to deal with PIC Ports + First Code 6m 52s
- 4. Neccessary Connections 2m 29s
- 5. Simple LED example to get things on the right track 5m 54s
- 6. Flasher circuit PIC Microcontroller 3m 25s
- 7. Lighting Led Follower Example 10m 47s
- 8. Control Led using Push Button 5m 47s
- 9. Controlling seven segment using BCD Counter PIC Microcontroller 6m 27s
- 10. Controlling LCD using Pic Microcontroller 8m 51s
- 11. Display and Move Text on LCD 3m 38s
- 12. Stepper Motor Control 13m 5s
- 13. Dot Matrix Control 10m 23s
- 14. Keypad Interface and Control with PIC Microcontroller 9m 46s
- 1. PIC Manufacture Microchip Company 3m 34s
- 2. Programming PIC And Circuit Prototyping 6m 52s
- 3. PIC Architecture and PIC Families 6m
- 4. Harvard Architecture Vs Non Neuman Architecture 6m 11s
- 5. PIC16F84 Microcontrollers Explained 4m 24s
- 6. Single Word Instructions 4m 5s
- 7. Pin Description And Oscillator Types 11m 58s
- 8. System Reset 8m 5s
- 1. Ports 2m 18s
- 2. Ports And Registers 3m 42s
- 3. Status Register 4m 44s
- 4. Option Register 4m 57s
- 5. Banking Mechanism 5m 35s
- 6. SFRs and GPRs 5m 37s
- 7. Memory Organization 5m 39s
- 1. ADC Module in PIC16F877A 8m 27s
- 2. ADC Module Configuration Bits And Example 4m 4s
- 1. Interrupts And External Interrupt Source 4m 29s
- 2. PortB Line Change Interrupt Source 2m 5s
- 3. EEPROM Data Write Interrupt 1m 36s
- 4. Interrupt Handlers and INTCON Register 6m 31s
- 5. Option Register 4m 14s
- 6. Programming the External Interrupt RB0 Example 6m 15s
- 7. PORTB 4 7 Status Change Interrupt 4m 43s
- 8. RB0 and RB4-7 Interrupt Example 5m 54s
- 1. Serial Communication Introduction And Basics 6m 53s
- 2. Synchronous Serial Transmission And RS232 3m 20s
- 3. Essential Concepts In Serial Communication 3m 39s
- 4. PIC TO PIC And PIC TO PC Communication 4m 53s
- 1. Timers And Counters 3m 51s
- 2. Timer0 Interrupt 2m 54s
- 3. Delay Using Timer0 4m 19s
- 4. Timer0 Interrupt Programming Delay loops 8m 8s
- 5. Interrupt Driven Timers 2m 23s
- 6. Timers0 as a counter 3m 30s
- 1. Experiment 1 Introduction To SOftware Tools MikroC, PROTEUS and QL-2006 9m 52s
- 2. Experiment 2 Introduction to PIC16F84A 18m 32s
- 3. Experiment 4 Some logic functions design 9m 52s
- 4. Experiment 5 Delay loops applications flasher and counter and push buttons 8m 9s
- 5. Experiment 6 7 Segment Interface With PIC Microconroller And Counter Applica 8m 54s
- 6. Experiment 7 LCD Interface with PIC Microcontroller 6m 49s
- 7. Experiment 8 Keypad Interface with PIC 10m 10s
- 8. Experiment 9 Analog Digital Conversion 8m 4s
- 9. Experiment 10 Unipolar Stepper Motor Control 9m 4s
- 10. Experiment 11 Dot-Matrix display 7m 23s
- 11. Experiment 12 Serial Interface With PIC Microcontroller 4m 56s
- 1. Introduction 4m 35s
- 2. Voltage Current And Resistance 5m 45s
- 3. Types of Current 2m 32s
- 4. Types of Circuits 1m 50s
- 5. Volt Ohm Meter Basics 4m 45s
- 6. Measuring Voltage 12m 30s
- 7. Measuring Current 5m 2s
- 8. Measuring Currents - Lab Experiment Explained 10m 39s
- 9. Measuring Resistance 7m 53s
- 10. Circuit Diagram Basics and Basic Symbols 12m 15s
- 11. Introduction To Resistor and Color Band Coding 8m 57s
- 12. Power Dissipation and Parallel and series resistors 12m 18s
- 13. Ohms Law 13m 45s
- 14. Introduction to Capacitors 11m 3s
- 15. Capacitors Behaviour and series and parallel 6m 56s
- 16. Introduction to inductors 7m 1s
- 17. Introduction to Diode Zener and LED 8m 28s
- 18. Introduction to Transistors 9m 45s
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- Systems students worldwide
Ashraf S.A Almadhoun
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