This Yocto Project training is designed to help participants build, customize, and maintain Embedded Linux distributions using the Yocto Project framework. The course covers Yocto architecture, Poky reference distribution, BitBake build system, layers, recipes, configuration, image creation, package management, and best practices for scalable embedded Linux development. Participants will gain practical understanding to create reproducible, maintainable, and production-ready Linux images for embedded platforms.

• Understand the architecture, components, and build system concepts of Yocto Project for embedded Linux development.
• Set up, configure, and manage Yocto development environments and cross-compilation toolchains.
• Create, customize, and build embedded Linux images, packages, and board support configurations.
• Work with layers, recipes, metadata, package management, and build automation workflows.
• Debug, optimize, and maintain embedded Linux builds for performance, scalability, and reliability.
• Build production-ready embedded Linux distributions using Yocto Project best practices.

 • Embedded Linux and firmware engineers
 • System software developers
 • IoT and hardware platform engineers
 • BSP and platform integration teams
 • Engineers building custom Linux distributions

 • Basic Linux command-line knowledge
 • Familiarity with Embedded Linux concepts is helpful
 • Understanding of C/C++ or system-level development is beneficial

 • Understanding Yocto Project architecture and workflow
 • Using BitBake to build images and packages
 • Managing layers, recipes, and configurations
 • Customizing images and root file systems
 • Handling dependencies and package management
 • Optimizing builds for embedded targets
 • Debugging build and runtime issues
 • Applying Yocto best practices for production

By the end of this training, participants will be able to build, customize, and maintain Embedded Linux distributions using the Yocto Project. Learners will gain strong practical foundations to manage complex embedded builds, support hardware platforms, and deliver production-quality Linux images.

Introduction to Yocto Project & Embedded Linux Builds
 • What is the Yocto Project
 • Yocto vs traditional Linux distributions
 • Use cases and benefits
 • Yocto terminology overview

Yocto Architecture & Core Components
 • Poky reference distribution
 • BitBake build engine
 • OpenEmbedded-Core overview
 • Metadata and build flow

Build Environment Setup
 • Host system requirements
 • Setting up Yocto build environment
 • Directory structure and configuration files
 • Running the first build

BitBake Basics & Build Process
 • Understanding BitBake tasks
 • Parsing and execution flow
 • Build targets and images
 • Managing build outputs

Recipes, Layers & Metadata Management
 • Recipe structure and syntax
 • Creating and modifying recipes
 • Layer concepts and priorities
 • Best practices for layer organization

Configuration & Customization
 • Local and distro configuration
 • Machine configuration concepts
 • Feature selection and tuning
 • Customizing images

Package Management & Root File System
 • Package formats and management
 • Image composition
 • Adding and removing packages
 • Root file system optimization

Handling Dependencies & Build Optimization
 • Dependency resolution
 • Reducing build time
 • Shared state cache awareness
 • Build troubleshooting

Board Support Packages & Hardware Integration
 • BSP concepts
 • Integrating hardware-specific layers
 • Kernel and bootloader awareness
 • Device configuration considerations

Debugging, Testing & Maintenance
 • Debugging build failures
 • Runtime issue investigation
 • Updating recipes and layers
 • Long-term maintenance strategies

Release Management & Production Best Practices
 • Versioning and reproducible builds
 • Security updates awareness
 • Managing multiple products
 • Yocto project lifecycle management

Yocto Project Capstone Workshop & Best Practices
 • Building a custom Embedded Linux image
 • Creating and using custom layers
 • Applying configuration and optimization
 • Final workshop review and best practices

• Yocto Project Setup & Build System Architecture
• Layers, Recipes & Metadata Configuration
• Image Creation, Package Management & Build Customization
• Debugging, Optimization & Embedded Linux Integration
• End-to-End Embedded Linux Build Project

Participants will be evaluated through hands-on Yocto build exercises, recipe and layer creation tasks, troubleshooting activities, instructor-led reviews, and a final assessment focused on applying Yocto concepts in real-world embedded scenarios.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive an AcadNXT Certificate of Completion for Yocto Project. This digital, verifiable certification validates practical Yocto knowledge, Embedded Linux build expertise, and production-ready system configuration skills and can be shared on LinkedIn and included in professional profiles to enhance embedded and Linux engineering career credibility.