The Linux Yocto Training Course is designed for engineers, developers, and enthusiasts who want to master the art of building custom Embedded Linux distributions. This program takes you from the fundamentals of the Yocto Project to advanced techniques in creating optimized, production-ready Linux for embedded and IoT devices.
Linux Yocto Training Course
Embedded Linux Development
Course Objective
Provide strong foundations in Embedded Linux development using Yocto Project.
Train engineers to create, configure, and customize Linux distributions.
Build expertise in kernel modification, patching, and customization.
Enable proficiency in device tree configuration and BSP (Board Support Package) development.
Teach integration of applications, libraries, and middleware into Yocto builds.
Develop confidence in debugging, testing, and optimizing embedded Linux systems.
Prepare participants for real-world Yocto System Engineer roles across industries.
What You Will Learn
Fundamentals of the Yocto Project & BitBake
Writing and modifying recipes & layers
Kernel customization and adding device drivers
BSP development for target hardware
Building SDKs for external application development
Debugging, profiling, and optimizing Yocto builds
Security hardening and licensing best practices
Who Should Enroll?
Engineering students eager to build a career in Embedded Linux & Yocto.
Fresh graduates wanting to gain practical, job-ready Linux system skills.
Embedded software developers aiming to expand into Yocto-based development.
System engineers who need hands-on Yocto expertise for real-world projects.
Working professionals planning a career shift into embedded software development.
R&D engineers involved in building custom Linux distributions for hardware.
Companies & teams seeking to upskill employees in Embedded Linux & Yocto.
Prerequisites
A development board such as Raspberry Pi, BeagleBone, or equivalent.
A PC/Laptop running Ubuntu (preferred) or other Linux distro.
Basic Linux command-line skills (navigation, file operations, permissions).
Familiarity with at least one programming language (C, C++ or Python).
Basic understanding of embedded systems concepts (optional, but helpful).
Interest in building and customizing Linux for embedded hardware.
Curiosity and willingness to learn new tools & technologies.