PIC Microcontroller Interfacing with Graphical LCD

Bring Your Embedded Projects to Life with Stunning Visual Interfaces

Go beyond simple characters—learn to control full graphic displays using PIC microcontrollers. In this hands-on course, you’ll unlock the ability to build custom UIs, draw shapes, plot sensor data, and create interactive interfaces with a GLCD (Graphical LCD).

Why This Course?

Most microcontroller courses stop at basic LCDs. But in real-world products—industrial dashboards, instruments, and consumer electronics—graphical displays are standard. This course teaches you how to interface and program a Graphical LCD (GLCD 128x64) with a PIC microcontroller using embedded C, so you can show live data, design custom screens, and impress with visual polish.

Whether you're working on a professional prototype or an academic project, this is the course that elevates your hardware design from functional to professional.

What You’ll Learn

• The internal structure and working of a graphical LCD (e.g., KS0108)

• How to wire a GLCD to your PIC microcontroller (pin mapping and setup)

• Programming graphics primitives: pixels, lines, boxes, text rendering

• Creating custom characters and bitmaps on screen

• Real-time display of sensor data or menu systems

• How to organize graphics code for modular, reusable design

Real Skills You’ll Gain

• Understand the GLCD architecture and pin configuration

• Program with KS0108 driver-compatible GLCDs (128x64)

• Draw shapes, icons, and custom graphics

• Display sensor readings in real time as visuals

• Use graphical libraries for PIC microcontrollers

• Create splash screens and navigation menus

• Structure code for scalable display applications

• Troubleshoot and optimize for clarity, contrast, and power

What You’ll Build

• A real-time data monitor that visually displays temperature, light, or any sensor input

• A graphical menu or selection screen for a device interface

• Custom animations or splash screens for microcontroller-based products

• A visual debugging interface for your circuits and sensors

Who Should Take This Course

• Intermediate-level embedded programmers ready to expand their display skills

• Students working on capstone or final-year electronics projects

• Product developers building user-facing microcontroller systems

• Engineers prototyping devices with visual dashboards

• Hobbyists aiming to create graphical IoT interfaces or smart gadgets

What’s Inside the Course

• Module 1: Introduction to GLCD Hardware & Setup

• Module 2: Writing Initialization and Display Drivers

• Module 3: Drawing Pixels, Lines, Circles, and Rectangles

• Module 4: Displaying Text and Custom Fonts

• Module 5: Interfacing GLCD with Analog Sensors

• Module 6: Animation, Menus, and Real-World Applications

• Bonus: Troubleshooting Techniques and Library Integrations

Before & After

Before this course: You’re limited to 16x2 text-based LCDs, struggling to display more than a few lines of data.
After this course: You can build fully visual embedded interfaces, simulate dashboards, and enhance your microcontroller projects with sleek graphic output.

Tools You’ll Need

• A PIC development board (e.g., PIC16F877A or PIC18F4550)

• KS0108-compatible GLCD (128x64)

• Resistors, potentiometer, wires, breadboard

• MPLAB X IDE and XC8 Compiler

• Optional: Sensor modules for real-time display integration

Why Learn from Us?

With over 250,000 students worldwide, the Educational Engineering Team has taught microcontroller mastery for over a decade. We specialize in taking you beyond theory—into the practical, hands-on engineering that makes careers and products successful.

Certification & Support

• Certificate of Completion to showcase your skills

• Direct access to Q&A and support forums

• Lifetime updates and access to future lessons

Enroll Now – Take Control of Your Display Game

Ready to stop printing plain text and start building graphic-rich interfaces?
Join now and take the next step in your microcontroller journey—start programming Graphical LCDs with PIC today.