PIC Microcontroller: Advanced Training Course

You will enter Microcontroller Advance World, and together we will make YOU a Professional Geek.

Welcome to PIC Microcontroller: Advanced Training Course.

What you’ll learn

• Move to the next level in Programming PIC Microcontroller.
• Make your Codes more Professional by Learning advance Techniques.
• Program Interrupt using Microcontroller.
• Program Timer and Counter using Microcontroller.
• Program Analog to Digital Conversion using Microcontroller.
• Program Serial Communication between different devices and PIC Microcontroller.
• Program and Learn Pulse Width Modulation using PIC Microcontroller.
• Master new skills and stop playing with loops, TRIS and PORT Registers.

Course Content

• Introduction –> 6 lectures • 8min.
• Software Requirements –> 4 lectures • 1min.
• Interrupts –> 12 lectures • 37min.
• Serial Communication –> 7 lectures • 28min.
• Timers and Counters –> 9 lectures • 25min.
• End –> 5 lectures • 3min.
• Download and Install Software Section –> 2 lectures • 22min.
• Practice Test –> 0.
• Course Project –> 1 lecture • 4min.
• Course Wrap-Up –> 1 lecture • 34min.

Requirements

Welcome to PIC Microcontroller: Advanced Training Course.

The PIC Microcontroller is a widely used, easily programmable controller that can be adapted to fit any number of applications. Though originally designed for hobbyists, the PIC Microcontroller has also proved itself as an invaluable tool in the commercial world.

With this Advanced Training Course, you will learn about the PIC’s powerful features, including fast processing capabilities and versatile applications.

Why You Should Take This Course:

• Become a Pro: Gain confidence to chat with other geeks about advanced microcontroller topics.
• Stay Updated: Learn the latest developments in microcontrollers.
• Master Programming: Master advanced high-level programming languages.
• In-Depth Knowledge: Discover what makes a microcontroller tick.
• Everyday Applications: Learn languages used in everyday life.
• Expert Support: Get your questions answered by experts and fellow learners.
• For Everyone: Suitable for programmers and engineers of all ages and backgrounds, including complete beginners.

Student Testimonials:

• Kamauros: “That’s true 5-star course explaining the most difficult basics of PIC nobody wants to explain.”
• Burhan Mohayeddin: “The lessons are short and very informative and contain the important things. Thank you very much.”
• Dakota Dawson-Marmolejo: “It’s very in-depth. Stick with the lesson and you’ll be rewarded.”
• Samuel Kariuki: “The instructor is clear and straight to the point. I love his mode of delivery.”
• James Clapp: “He is very detailed and does not assume you already know it even if you do. Takes his time and gives you option tracks for learning.”

Course Highlights:

• Interactive teaching tools such as demonstrations and simulations for hands-on learning.
• Learn to program and debug PIC microcontrollers in real-world scenarios.
• Advanced programming techniques to build complex systems with less code and effort.

Course Contents:

• Advanced Programming Techniques: Learn to write efficient and powerful code for PIC microcontrollers.
• Interrupts: Master the use of interrupts to handle asynchronous events.
• Serial Communication: Understand how to implement serial communication for data transfer.
• Timers and Counters: Learn to use timers and counters with registers.
• Pulse Width Modulation: Implement PWM for controlling motors and other peripherals.

What You Will Learn:

• Advanced PIC microcontroller programming techniques
• Efficient use of interrupts, serial communication, timers, and counters
• How to implement pulse width modulation
• Hands-on projects to solidify your learning

Who is This Course For:

• Programmers and engineers of all levels
• Hobbyists looking to deepen their knowledge of microcontrollers
• Students seeking to enhance their skills in advanced microcontroller programming

Requirements:

• No prior experience required
• A PIC microcontroller and several low-cost components
• A computer with internet access
• Willingness to learn and experiment