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Course Outline

Overview of Linux History

  • Exploring the origins and development of Linux within the context of Embedded Systems.

Open-Source Development Landscape

  • An overview of open-source principles and their impact on embedded software engineering.

Overview of Embedded Linux

  • Core concepts, constituent components, and architecture of Embedded Linux systems.

Cross-Development and Bootloaders

  • Comprehending the necessity of cross-development environments.
  • An introduction to bootloaders such as U-Boot and their critical role in initializing embedded Linux systems.

Constructing a Custom Embedded Linux System

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

Essential Tools for Embedded Linux

  • An examination of key utilities utilized in the development and administration of embedded systems.

Fundamentals of Build Systems

  • Understanding the function and setup of build systems such as Make and Bitbake in Embedded Linux projects.

Application Development and Debugging in Embedded Linux

  • Hands-on exercises involving the creation and debugging of embedded Linux applications.
  • Leveraging standard development tools (e.g., GDB, Eclipse with CDT) for coding and issue resolution.

Conclusion and Case Study Analysis

  • Participants are invited to discuss a relevant project or case study, applying the knowledge acquired throughout the course.

Requirements

  • Fundamental knowledge of Embedded Systems
  • Proficiency in a high-level programming language (C or C++)
 14 Hours

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