Made for AUTOSAR beginners: Practical sessions with tools

Understanding AUTOSAR: Your Guide to Automotive Software Architecture

What is AUTOSAR?

AUTOSAR (Automotive Open System Architecture) is the leading standard for automotive software architecture. It provides a standardized framework for developing complex software for automotive applications. This globally recognized standard is the result of a collaborative effort by major OEMs (Original Equipment Manufacturers), suppliers, tool developers, and semiconductor vendors. Virtually all automotive ECU (Electronic Control Unit) developers are involved in the AUTOSAR consortium, making it the de facto standard worldwide.

Who is this course for?

This course is perfect for beginners looking to grasp the fundamentals of AUTOSAR and its underlying architecture. Whether you're new to automotive software development or seeking a solid foundation in AUTOSAR concepts, this course will equip you with the essential knowledge.

Key Topics Covered:

• AUTOSAR Fundamentals: Explore the core principles and motivations behind the development of AUTOSAR. Understand the objectives, goals, and benefits of adopting this architecture. Learn about the key major players in AUTOSAR.
• AUTOSAR Architecture: Dive deep into the different layers and modules of the AUTOSAR architecture, including:
  • MCAL (Microcontroller Abstraction Layer): The hardware-dependent layer.
  • ECU Abstraction Layer: Provides a standardized interface to the hardware.
  • Service Layer: Offers common services to application software.
  • SWCs (Software Components): Reusable software modules.
  • RTE (Run-Time Environment): Manages communication between software components.
  • VFB (Virtual Function Bus): Facilitates communication within the ECU.
• AUTOSAR Concepts: Gain a thorough understanding of crucial AUTOSAR concepts such as:
  • Multicore architectures
  • E2E (End-to-End) communication
  • Partial networking
  • J1939 protocol
• AUTOSAR Methodology & Workflow: Learn the AUTOSAR workflow, including communication flow between layers. Understand the process of developing AUTOSAR compliant ECUs.
• Inter-ECU & Intra-ECU Communication: Explore both inter-ECU communication (communication between different ECUs in the vehicle) and intra-ECU communication (communication within a single ECU).
• Classic AUTOSAR vs. Adaptive AUTOSAR: A detailed comparison of the two main AUTOSAR frameworks, highlighting their differences and use cases.
• AUTOSAR ECU Executables: Understand the concept of AUTOSAR ECU executables and the tools required to generate them.
• AUTOSAR Development Process: Learn about the AUTOSAR workflow from both the OEM and supplier perspectives, including the tools and technologies involved in generating the final ECU executable.

Why is AUTOSAR Important?

AUTOSAR promotes standardization, reusability, and portability in automotive software development. It simplifies complex development processes, reduces costs, and improves the overall quality and reliability of automotive ECUs. By adopting AUTOSAR, automotive manufacturers and suppliers can accelerate development cycles and ensure interoperability across different platforms.