Master PIC Microcontroller-Based Garage Sensors

Name: Master PIC Microcontroller-Based Garage Sensors
Rating: 1.8 (3 reviews)

Design, Program, and Build a Smart Garage Sensor System Using PIC Microcontrollers

Created byProTech Innovations

Last updated 2/2025

English

English [Auto],

What you'll learn

Basics of PIC microcontrollers and their architecture
Sensor integration with PIC for garage automation
Embedded C programming for microcontrollers
How to interface ultrasonic and infrared sensors

Course content

1 section • 7 lectures • 58m total length

Introduction1:17
Master PIC microcontroller-based garage sensors course introduces how to create a garage door proximity sensor. An experienced engineering team provides high-quality content, online support, and practical projects for learners worldwide.
Hardwarte and software components 113:51
Explore hardware essentials for PIC microcontroller garage sensors, including a large PIC, LCD display, resistors, breadboard, jumper wires, ultrasonic sensor, potentiometer, voltmeter, relay, and micro C software.
Hardwarte and software components 27:09
Explore led operation, usb programmer use, and key sensors like the hc-sr04 ultrasonic sensor for distance measurement, then learn about potentiometers, voltmeters, relays, dc motors, and transistors.
hardwarte and software components prt39:37
Explore hardware and software components of micro C for big, including its feature-rich development tool, ANSI C compliant compiler, hardware libraries, real-time debugger, software simulator, and LCD handling examples.
how it works and apps1:56
Learn how the hc-sr04 ultrasonic sensor triggers a 10 microsecond pulse, emits eight 40kHz bursts, and measures distance from 2 cm to 400 cm for obstacle avoidance and mapping.
Coding12:41
Code a PIC microcontroller to drive an LCD and ultrasonic sensor by initializing the LCD, configuring ports and timer1, and sending trigger pulses to measure.
code part212:07
Master pic microcontroller-based garage sensors teaches calculating distance with ultrasonic timers and speed of sound, then displaying it on lcd and triggering lid or indicators within range.

Requirements

Basic understanding of electronics and circuits (recommended)

Description

Are you ready to take your electronics and programming skills to the next level? Learn how to design, build, and program a smart garage sensor system using PIC microcontrollers!

In this hands-on course, you will gain practical experience in interfacing sensors, writing embedded C code, and optimizing your system for real-world applications. Whether you're a beginner in microcontroller programming or an experienced engineer looking to specialize in embedded systems, this course will equip you with the skills to create your own smart automation projects.

Why Take This Course?

Learn the fundamentals of PIC microcontrollers and their applications.
Master sensor integration for garage automation.
Write efficient and optimized embedded C code.
Get hands-on experience with real-world projects.
Gain the confidence to design and troubleshoot microcontroller-based systems.

Meet Your Instructor

With over 10 years of experience in embedded systems and microcontroller programming, [Your Name] has worked on numerous industrial automation projects. As a passionate educator, [he/she/they] has trained thousands of students and professionals worldwide to develop real-world embedded solutions. This course is designed to be beginner-friendly while offering advanced insights for experienced learners.

What You Will Learn:

Basics of PIC microcontrollers and their architecture
Sensor integration with PIC for garage automation
Embedded C programming for microcontrollers
How to interface ultrasonic and infrared sensors
Circuit design and PCB prototyping
Debugging and optimizing microcontroller-based systems
Hands-on garage sensor project from start to finish

Who this course is for:

Electronics enthusiasts looking to explore microcontrollers