Projects

Projects

This comprehensive hub features the most popular PIC microcontroller projects and tutorials for engineers, hobbyists, and students. From basic LED blinking guides to advanced IoT and robotics implementations using PIC16F and PIC18F microcontrollers, explore step-by-step schematics, C source code, and practical hardware design solutions optimized for real-world applications..

Project Category	Recommended PIC IC	Skill Level	Key Components
Basic Interfacing	PIC16F84A / PIC16F877A	Beginner	LEDs, Push Buttons, 16×2 LCD
Sensor Monitoring	PIC16F877A	Intermediate	LM35, DHT11, Internal ADC
Motor & Power Control	PIC18F4550 / PIC16F877A	Intermediate	L298N Driver, PWM Module
IoT & Wireless	PIC18F4520 / PIC32	Advanced	ESP8266, HC-05 Bluetooth, UART

Digital Voltmeter Using PIC Microcontroller 16F877A and Seven Segments Display (0-30V)

We are all aware of about voltmeters (voltage meter), which is nothing but a device used to measure voltage between given two terminals. Apart from the basic usage digital voltmeters are also employed as panel meters for automation systems and robotics. There are analog and Digital voltmeters are available in the market. Have you ever […]

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Digital Clock using PIC Microcontroller and DS1307 RTC

A Digital Clock can be made easily by using PIC Microcontroller, DS1307 and a 16×2 LCD. I have already posted about Interfacing DS1307 RTC with PIC Microcontroller. The DS1307 RTC can work either in 24-hour mode or 12-hour mode with AM/PM indicator. It automatically adjusts for months fewer than 31 days including leap year compensation

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PIC and EEPROM Programmer

Project Summary In this project we are building a JDM programmer that can handle PIC12, PIC16 and PIC18 family microcontrollers and some popular 24C family EEPROMs. The programmer also provides ICSP feature that allows In-Circuit Serial Programming. So if you desire, you will not have to carry your MCU each time when you reprogram it.

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GPS Navigator for Runners

The basic idea of this 4760 final project is to build a GPS navigator for runners who are new to their neighborhood. For example, if someone is new to Cornell University, College of Engineering, and wants to run around the engineering quad every day, this runner Navigation system have the following functions to ensure that

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PIC 16F877 / 16F874 Development Board

The Development Board v. 1.1 connected to an LCD display. It is well visible (read further, in the description) the row of LEDs used to check the logic state of up to 8 I/O ports or external circuits’ pins. Of course, if you own an 8 trace oscilloscope, you can do without it. :-)) On

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Interfacing EM-18 RFID Module with PIC Microcontroller

EM-18 RFID Reader Module is the one the most commonly used module for Radio Frequency Identification Projects. It features Low Cost, Small Size, Low Power Consumption and Easy to use. It can be directly interfaced with microcontrollers using UART communication. Software UART can be used for microcontrollers having no UART modules. In this tutorial we

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The Super-Simple pocket size mp3 player using PIC16LF877A

It is based on the PIC 16LF877, with plenty of processor time to spare. There is a bare bones assembly version, and a new C version with more features and stability. It uses compact flash cards up to over 100 gigabytes (once they exist) including microdrives. (right now they are about 8 gig) It uses

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Introducing the Science of Microchip PIC14

Engineers of my generation in the UK will remember the Science of Cambridge Mk14. Intended to be Sir Clive Sinclair’s first home computer kit for the general public, it served to train a generation of electronics engineers in how to program microprocessors. The Mk14 was based on, and virtually identical to, the ‘Introkit’ that was

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Full System showing PIC32 touchscreen and interfaces at start up

Automatic Signal Transformer and Custom Filter Designer

This laboratory aims to implement a custom filter designer on the PIC32 microcontroller for the purpose of real time signal transformation. The project gets its premise out of the frequent requirement for arbitrary digital signal filters in a laboratory setting. For a video of our lab demo please see Project Demo A user is given the

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How to Implement SPI Using PIC18F4550

The Serial Peripheral Interface (SPI) is a high speed, synchronous, serial communication standard. This communication protocol is basically a Master – Slave implementation where the master device controls the clock based on which the slave devices operate. The master communicates with a slave or a number of slaves in a system through the SPI bus.

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	GPS Projects
	Internet and LAN Projects
	Interfacing (USB) Projects
	Metering & Instrument Projects
	Sensor & Detector Projects
	Motor Based Projects
	Phone Based Projects
	Robotics and Automation Projects
	Camera, Imaging and Video Projects
	Game and Entertainment Projects
	Home Automation Based Projects
	Memory and Storage Projects
	RFID Based Projects
	Security and Safety Projects
	Sound and Audio Projects
	Temperature Measurement Projects
	DIY Projects
	Medical and Health Based Projects
	Battery Based Projects
	PWM Projects
	Radio Based Projects
	Other Projects
	Calculator Based Projects
	Car and Auto Projects
	LCD Based Projects
	LED Based Projects
	Clock and Timer Projects
	CNC Machines Projects
	Development Board Projects
	RTOS Projects