Build 9 PIC Microcontroller Engineering projects today!

Master PIC Microcontrollers: Hands-On Projects & Real-World Applications

Unlock the power of PIC Microcontrollers with practical, step-by-step projects! This course goes beyond theory and simulation, focusing on the crucial step of connecting, wiring, and burning code to a real microcontroller. Learn by doing and build functional projects that bring your electronics ideas to life.

Why Learn PIC Microcontrollers?

• Practical Application: Move beyond simulations and gain real-world experience with PIC Microcontroller projects.
• C Programming: Master C Programming, the industry-standard language for microcontroller development.
• Engineering Systems: Develop engineering systems and products with hands-on experience.
• Beginner-Friendly: Perfect for electronics hobbyists, students, and engineers new to microcontrollers.

The Difference: Learn by Doing

Simulation is only half the battle. This course emphasizes the importance of connecting your PIC Microcontroller to hardware and testing your code in a real-world environment. Discover why simulated circuits often fail when connected and learn how to avoid those pitfalls.

Project Highlights: Build Real-World Applications

This course features a variety of exciting PIC Microcontroller projects, including:

• Garage Door System with Ultrasonic Sensor: Create an automated garage door system using an ultrasonic sensor.
• Motion Detector Interfacing: Build a home security system with motion detection using a PIC Microcontroller.
• Electronic Door Lock System: Design and build an electronic door lock.
• Wireless Power Transmission: Explore the principles of wireless power with a hands-on PIC Microcontroller project.
• Dot Matrix LED Display: Control a dot matrix LED display to create dynamic text and graphics.
• LCD Interfacing: Interface with an LCD (Liquid Crystal Display) to display information.
• And more!

What You Will Learn:

• Build 9 Practical Projects: Gain hands-on experience with a variety of PIC Microcontroller projects.
• Sensor & Component Integration: Interface various sensors and components with your PIC Microcontroller.
• Code Development & Testing: Write and test PIC Microcontroller code for real-world applications.
• Electronics & Programming Skills: Develop practical skills in both electronics and programming.

Who is this course for?

• Electronics Hobbyists: Expand your skills and build exciting projects.
• Engineers: Gain practical experience with microcontrollers for professional development.
• Students & Professionals: Learn PIC Microcontroller development for academic or career advancement.
• Anyone interested in learning about PIC Microcontrollers through practical projects.

Course Requirements:

• Basic knowledge of electronics and programming.
• A computer with internet access.
• A desire to learn and create!

About the Instructor: Educational Engineering Team

The Educational Engineering Team is a leading team in the microcontroller industry with over 13 years of experience in teaching and practical projects. We are passionate about providing in-depth, step-by-step guidance to help you master microcontroller concepts.

Ashraf, Chief Educational Engineer, is an experienced educator, mechatronics engineer, and author. He has created over 4 million views on YouTube and is the author of four microcontroller books. His mission is to make complex topics easy to understand.

Educational Engineering offers a wide range of courses on:

• Arduino
• PIC Microcontroller
• Raspberry Pi
• C Programming
• Python Programming
• PLC Industrial Programming
• 3D Design & Simulation
• ESP & IoT

Join over 55,000 students and start building your own PIC Microcontroller projects today!