PIC Microcontroller: Everything you need to Know

Welcome to PIC Microcontroller: Everything you need to Know.

This course offers over a hundred lectures and 8.5 hours of HD content, taking you on an informative journey to not only master the coding of PIC Microcontroller but also learn the very basics of PIC Microcontroller's internal structure, how it works, its parts, and how your code is handled inside the brain of a microcontroller.

Why You Should Take This Course:

• Comprehensive Learning: Learn to program a microcontroller from scratch.
• Project Building: Build your own projects with the knowledge of microcontroller usage.
• Detailed Understanding: Learn about inputs, outputs, interrupts, timers, PWM, analog to digital conversion, and more!
• Unity Programming: Access a course in Unity programming to make games in C# using the knowledge from this course.
• Continuous Updates & Bonuses: Stay updated with new content and get access to additional resources.

Student Testimonials:

• Abel Kaswahili: "I like the way it provided, because it does not make any one to be bored but it encourage to learn."
• Ingmar Jaitner: "Very good information about PIC. Looking forward to the practical programming section."
• Ero Ewaen Osazee: "Very nice introductory course for the PIC microcontroller, a well-structured introductory course."

Course Highlights:

• Over a hundred lectures and 8.5 hours of HD content.
• Detailed understanding of the PIC microcontroller's internal structure and functionality.
• Hands-on learning with practical experiments and DIY projects.
• Comprehensive topics including LEDs, resistors, pushbuttons, LCD screens, seven-segment displays, motors, keypads, timers, counters, and more.

Bonus:

When you join this course, you will get the PIC Microcontroller Test Your Skills and Get Certified course for FREE, usually worth $200. This bonus section includes over 100 questions, timed test-taking abilities, and interactive feedback.

What You Will Learn:

• C Programming Basics
• PIC Microcontroller inner structure and programming introduction
• Practical experiments with LEDs, resistors, pushbuttons, LCD screens, seven-segment displays, motors, keypads, and more
• Advanced topics like banking mechanism for memory organization, analog to digital conversion, interrupts, and serial communication
• Practical DIY projects and quick tips

Who is This Course For:

• Beginners to advanced level learners interested in microcontrollers
• Hobbyists looking to enhance their microcontroller knowledge
• Students and professionals aiming to build and program their own microcontroller projects

Requirements:

• No prior programming experience needed
• Basic understanding of electronics is helpful but not necessary
• A computer with internet access
• Willingness to learn and experiment