We offer a comprehensive online course in mastering LVGL, developed with the team at <a target="_blank" rel="noopener noreferrer nofollow" href="https://lvgl.io/">LVGL.io</a>, to give you a head start in learning to use this powerful tool.Who this course is for<ul><li>Embedded systems engineers</li><li>Entrepreneurs</li><li>Perfect for programmers looking to understand each LVGL function</li></ul>Learning outcomes<ul><li>Set up fundamentals: Install the relevant simulator and GitHub libraries</li><li>Walk through the basics: Code line-by-line. with underlying logic to ensure understanding.</li><li>Professional appearance: Build graphical user interfaces optimized for small screens</li><li>Port your project to chip: See your designs on your display, and debug any issues</li></ul>Requirements and materials<ul><li>Some experience coding in C or C++</li><li>A computer, microcontroller and screen of your choice, with appropriate cables is all you need to get started.</li><li>You’ll also receive code snippets to enhance your learning experience</li></ul>Course format<ul><li>Enjoy videos with supplemental code snippets.</li><li>Participate at your own pace, with recordings available for later review</li></ul>LVGL (Light and Versatile Graphics Library) is the most popular, free and open-source graphics library for creating Graphical User Interfaces (GUIs) with very small resource requirements. This makes it perfect for devices such as 16, 32 and 64-bit micro controllers (including the PIC, ESP32, STM32 and high-end Arduinos).LVGL will work on any screen of any size including very cheap and small TFT (Thin Film Transistor) colour screens, making it ideal for projects with space constraints including watch faces, thermostats, coffee machines, &nbsp;etc.LVGL has many ‘widgets’ built in, enabling developers to build powerful applications with good looking UI’s that include button, dropdowns, charts, images and many more. This allows applications to have dashboards, forms and other UI’s that support advanced layouts, animations, custom themes, etc. It has built in interactivity for buttons, touch screens, mice, keypads, and keyboards making it easy for users to interact with your User Interface.These features allow you to create applications that look slick and feel responsive.LVGL is written in C/C++ however, the community has also put together bindings for python, Rust, JavaScript, and ZigLVGL is free and opensource under the MIT license. This makes LVGL ideal for both commercial and hobby applications.We cover how the library works, setting up a simulator as well as usage on a variety of chips including the Arduino and the ESP32

LearnLVGL Version 9

Module 1 - Introduction (0/7)

Module 2 - Basic Widgets (0/9)

Module 3 - Events (0/7)

Module 4 - Layout (0/5)

Module 5 - Styles (0/10)

Module 6 - Images (0/6)

Module 7 - Fonts (0/4)

Module 8 - Animations (0/3)

Module 9 - Timers (0/1)

Module 10 - Advanced Widgets (0/2)

Module 11 - Input Devices (0/6)

Module 12 - Porting to Chips (0/9)

Module 13 - Working with FreeRTOS (0/2)

Module 14 - Arduino Integration (0/1)

M15 - End of Course (0/1)