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 Duration 14 hours

Course Outline

Overview of Linux History

  • Examining the origins and progression of Linux within the landscape of Embedded Systems.

Open Source Development Principles

  • An introduction to open-source methodologies and their importance in embedded software engineering.

Fundamentals of Embedded Linux

  • Core concepts, essential components, and the architectural design of Embedded Linux systems.

Cross-Development and Bootloaders

  • Identifying the requirements for cross-development environments.
  • An introduction to bootloaders, such as U-Boot, and their critical function in initializing embedded Linux systems.

Constructing Custom Embedded Linux Systems

  • A practical session focused on configuring a custom embedded Linux system for a specific hardware target (ARM-based or MIPS-based development board).

Essential Embedded Linux Tools

  • A review of the key utilities employed in the development and administration of embedded systems.

Build System Fundamentals

  • Analyzing the function and setup of build systems, including Make and Bitbake, within Embedded Linux projects.

Embedded Linux Application Creation and Debugging

  • Practical exercises focused on developing and troubleshooting applications for embedded Linux.
  • Leveraging standard development tools (such as GDB and Eclipse with CDT) for coding and error resolution.

Capstone Project or Case Study Analysis

  • Participants will discuss a relevant project or case study, applying the concepts acquired during the course.

Requirements

  • Familiarity with basic Embedded Systems concepts
  • Proficiency in a high-level programming language (C or C++)

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