Learn PIC Microcontroller with this 30 Days Challenge
in PIC Microcontroller
4.2
(9 Ratings)
2,133 Students
Created by
Ashraf Said AlMadhoun
About this course
What You’ll Learn
- Understand the core fundamentals of microcontrollers—how they work, process data, and differ from traditional computers.
- Learn how to code in C from scratch and grow from beginner to advanced-level PIC programming.
- Gain full insight into how to program PIC microcontrollers through guided, easy-to-follow lessons.
- Master at your own pace with daily tasks that gradually build your confidence and skills.
- Get hands-on experience with real projects, circuit diagrams, and practical examples.
- Understand core PIC architecture and features such as memory, analog-to-digital conversion, interrupts, and timers.
- Practice through engaging coding and hardware exercises that reinforce every concept.
- Apply your skills to build functional systems like an electronic door lock using a PIC microcontroller.
Requirements
- Basic computer literacy—you should know how to install programs and navigate your system.
- A laptop or desktop computer with an internet connection.
- Basic reading/writing knowledge of programming code—ideal but not mandatory.
- Time and commitment to follow along—the key to mastering embedded skills in 30 days.
Description
Struggling to find a PIC microcontroller course that’s both structured and easy to follow?
This 30-day challenge has been designed with complete beginners and intermediate learners in mind. Forget scattered YouTube tutorials—this is your all-in-one, guided path to becoming skilled at PIC programming.
Each day, you’ll tackle a new challenge, gradually building your understanding of how microcontrollers work and how to code them in C. With quizzes, hands-on projects, circuit diagrams, and real coding examples, you’ll turn theory into practical skills—step by step.
Course Structure:
- Section I: Introduction & Educational Engineering Concepts
- Section II: C Programming for Microcontrollers
- Section III: Code, Run, and Have More Fun
- Section IV: PIC Microcontroller Foundations
- Section V: Understanding PIC Architecture
- Section VI: Analog to Digital Conversion (ADC)
- Section VII: Interrupts & Serial Communication Basics
- Section IX: Timers, Counters, and Real-Time Applications
- Section X: Practical Hardware Experiments
- Section XI: Electronic Components and Circuit Basics
What You Get When You Join:
- High-quality video tutorials covering wiring, programming, and real-world applications
- Electronic Door Lock project using a PIC microcontroller
- Downloadable circuit diagrams and codes
- Step-by-step project implementation guides
Skills You’ll Walk Away With:
- Read and write to PIC memory and understand how variables, loops, and decisions work at the hardware level
- Program PIC microcontrollers in both C and Assembly languages
- Implement real-world circuits and electronic logic with confidence
- Understand and use interrupts, timers, and analog features in microcontroller design
- Build and debug your own electronics-based systems
Who This Course Is For
- Beginners interested in learning PIC microcontroller programming with zero prior knowledge
- Students or professionals in electronics looking to upskill in embedded systems
- Hobbyists, developers, and tinkerers curious about microcontrollers
- Anyone eager to commit 30 days to build serious, real-world embedded systems knowledge
Why This Challenge Works:
- Structured, daily lessons that eliminate overwhelm
- Hands-on learning—you build while you learn
- Interactive tasks and fun challenges to solidify concepts
- Expert-led instruction from Educational Engineering Team with years of experience and 250,000+ students worldwide
Let’s Get Started
Whether you're a total beginner or someone with basic coding skills, this course gives you the tools and roadmap to become confident with PIC microcontrollers. Start today, follow the 30-day plan, and build your own functioning electronics by the end of the challenge.
Join the 30 Days Challenge now—your journey to embedded systems mastery starts here!
Comments (0)
1. Introduction and Basics
3 Parts
2. How to install Proteous Professional.mp4
133.00 MB
3. How to Install MikroC Pro for PIC Programming.mp4
47.26 MB
2. C Programming For Microcontrollers
33 Parts
1. Introduction.mp4
13.74 MB
2. Download and Install C Editor and Compiler.mp4
62.35 MB
3. Write and Compile C Codes in your browser.mp4
18.69 MB
4. Download and Install Visual Studio Code To run C programs.mp4
89.17 MB
5. Write Your First C Code and Compile it.mp4
61.05 MB
6. Comments in C.mp4
18.07 MB
7. Strings and Escape characters in C.mp4
39.88 MB
8. Variables in C.mp4
34.40 MB
9. Rules in naming variable in C.mp4
26.03 MB
10. Printing Variables with Printf in C.mp4
37.02 MB
11. Reading Input from User in C.mp4
26.75 MB
12. Arithmetic Operators in C.mp4
92.27 MB
13. Uni Arithmetic Operators in C.mp4
74.11 MB
14. Bitwise Operators in C.mp4
55.70 MB
15. Bitwise Shift Operators in C.mp4
48.98 MB
16. Assignment Operators.mp4
60.06 MB
17. Logical and Relational Operators.mp4
63.30 MB
18. Conditional Statement if in C.mp4
17.01 MB
19. Conditional Statement else if and else in C.mp4
31.85 MB
20. Local Variables and Global Variables.mp4
28.51 MB
21. General Rules Regarding if statement.mp4
52.02 MB
22. Switch Statement in C.mp4
45.05 MB
23. Switch Statement General Rules in C.mp4
20.88 MB
24. For loop in C.mp4
46.83 MB
25. While loop in C.mp4
34.56 MB
26. Do while loop in C.mp4
35.59 MB
27. Break and Continue in C.mp4
36.25 MB
28. Functions in C.mp4
88.48 MB
29. Void Keyword in C.mp4
20.94 MB
30. Divide c project into multiple files in C.mp4
33.41 MB
31. Arrays in C.mp4
102.34 MB
32. How to Create a Library in C.mp4
67.59 MB
33. Arrays in C example.mp4
32.95 MB
3. Code, Run and Have more Fun
14 Parts
1. First Project in Proteus.mp4
28.44 MB
2. First Project in MikroC.mp4
81.19 MB
3. How to deal with PIC Ports + First Code.mp4
53.04 MB
4. Necessary Connections.mp4
26.13 MB
5. Simple LED example to get things on the right track.mp4
78.92 MB
6. Flasher circuit PIC Microcontroller.mp4
42.58 MB
7. Lighting Led Follower Example.mp4
84.69 MB
8. Control Led using Push Button.mp4
41.27 MB
9. Controlling Seven Segment using BCD Counter PIC Microcontroller.mp4
83.31 MB
10. Controlling LCD using PIC Microcontroller.mp4
133.00 MB
11. Display and Move Text on LCD.mp4
55.83 MB
12. Stepper Motor Control.mp4
182.18 MB
13. Dot Matrix Control.mp4
168.80 MB
14. Keypad Interface and control with PIC Microcontroller.mp4
83.44 MB
4. PIC Microcontroller The story from the beginning
8 Parts
1. PIC Manufacture Microchip Company.mp4
24.27 MB
2. Programming PIC and Circuit Prototyping.mp4
50.23 MB
3. PIC Architecture and PIC Families.mp4
43.77 MB
4. Harvard Architecture vs Von Neuman Architecture.mp4
40.86 MB
5. PIC16F84 Microcontrollers Explained.mp4
31.64 MB
6. Single Word Instructions.mp4
29.28 MB
7. Pin Description and Oscillator Types.mp4
84.73 MB
8. System Reset.mp4
58.10 MB
6. PIC Architecture II
7 Parts
1. Ports.mp4
17.76 MB
2. PIC Architecture 2 Ports and Registers.mp4
27.69 MB
3. Status Register.mp4
37.30 MB
4. Option Register.mp4
38.77 MB
5. Banking Mechanism.mp4
32.14 MB
6. SFRs and GPRs.mp4
46.67 MB
7. Memory Organization.mp4
39.63 MB
7. Analog To Digital Conversion
2 Parts
1. ADC Module in PIC16F877A.mp4
78.40 MB
2. ADC Module Configuration Bits and Example.mp4
30.83 MB
8. Interrupts
8 Parts
1. Interrupts and External Interrupt Source.mp4
38.44 MB
2. PortB Line Change Interrupt Source.mp4
17.88 MB
3. EEPROM Data Write Interrupt.mp4
10.76 MB
4. Interrupt Handlers and INTCON Register.mp4
47.43 MB
5. Option Register.mp4
29.42 MB
6. Programming the External Interrupt RB0 Example.mp4
50.47 MB
7. PortB 4 7 Status Change Interrupt.mp4
42.51 MB
8. RB0 and RB4-7 Interrupt Example.mp4
57.37 MB
9. Serial Communication Introduction and Basics
5 Parts
1. Serial Communication Introduction and Basics.mp4
51.45 MB
2. Synchronous Serial Transmission and RS232.mp4
27.73 MB
3. Essential Concepts in Serial Communication.mp4
31.71 MB
4. PIC TO PIC And PIC TO PC Communication.mp4
40.90 MB
5. Serial Communication Example PIC TO PC.mp4
105.17 MB
10. Timers and Counters
6 Parts
1. Timers and Counters.mp4
29.45 MB
2. Timer0 Interrupt.mp4
23.54 MB
3. Delay Using Timer0.mp4
40.61 MB
4. Timer0 Interrupt Programming Delay Loops.mp4
67.61 MB
5. Interrupt Driven Timers.mp4
20.38 MB
6. Timers0 as a Counter.mp4
31.21 MB
11. Practical Experiments
11 Parts
1. Experiment #1 Introduction to Software Tools MikroC, PROTEUS, and QL-2006.mp4
97.11 MB
2. Experiment #2 Introduction to PIC16F84A.mp4
148.69 MB
3. Experiment #4 Some Logic Functions Design.mp4
94.26 MB
4. Experiment #5 Delay Loops Applications Flasher & Counter & Push Buttons.mp4
75.36 MB
5. Experiment #6 7 segment Interface with PIC Microcontroller & Counter Applica.mp4
81.85 MB
6. Experiment #7 LCD Interface with PIC Microcontroller.mp4
69.09 MB
7. Experiment #8 Keypad Interface with PIC.mp4
104.55 MB
8. Experiment #9 Analog Digital Conversion.mp4
75.05 MB
9. Experiment #10 Unipolar Stepper Motor Control.mp4
79.27 MB
10. Experiment #11 Dot-Matrix Display.mp4
62.33 MB
11. Experiment #12 Serial Interface with PIC Microcontroller.mp4
45.01 MB
12. Who we are
1 Parts
1. Who We Are.mp4
112.46 MB
13. Basics of Electronic Components
18 Parts
1. Introduction.mp4
22.69 MB
2. Voltage Current and Resistance.mp4
32.43 MB
3. Types of Current.mp4
14.37 MB
4. Types of Circuits.mp4
9.18 MB
5. Volt Ohm Meter Basics.mp4
34.92 MB
6. Measuring Voltage.mp4
91.70 MB
7. Measuring Current.mp4
31.06 MB
8. Measuring Currents - Lab Experiment Explained.mp4
73.68 MB
9. Measuring Resistance.mp4
48.22 MB
10. Circuit Diagram Basics and Basic Symbols.mp4
53.39 MB
11. Introduction To Resistor and Color Band Coding.mp4
55.03 MB
12. Power Dissipation and Parallel and Series Resistors.mp4
61.91 MB
13. Ohm_s Law.mp4
80.81 MB
14. Introduction To Capacitors.mp4
59.51 MB
15. Capacitors Behavior and Series and Parallel.mp4
39.81 MB
16. Introduction to Inductors.mp4
44.60 MB
17. Introduction to Diode Zener and LED.mp4
51.70 MB
18. Introduction to Transistors.mp4
48.85 MB
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