Intro to AUTOSAR (Arabic)

Explore the world of automotive software development with a deep dive into AUTOSAR (AUTomotive Open System ARchitecture), the dominant framework shaping the future of vehicle systems. This course provides a comprehensive understanding of how AUTOSAR enables efficient development of embedded software for critical automotive functions.

What is AUTOSAR?

AUTOSAR offers a standardized approach to building automotive software platforms. It defines specifications for essential software modules, establishes application interfaces, and promotes a unified development methodology using a common exchange format. By leveraging the AUTOSAR layered architecture, vehicles from diverse manufacturers and components from various suppliers can seamlessly integrate, significantly reducing research and development costs.

Course Highlights:

• Understanding the Automotive Software Market: Gain insights into the key players – OEMs (Original Equipment Manufacturers), Tier 1 suppliers, and Tier 2 suppliers – and their roles in the automotive ecosystem.
• The Importance of AUTOSAR: Learn why AUTOSAR is crucial for achieving competitive advantage through implementation while fostering collaboration through standardization.
• AUTOSAR Classic Platform: A detailed overview of the widely adopted AUTOSAR Classic platform. (Note: AUTOSAR Adaptive platform is not covered in this course).
• AUTOSAR Layered Architecture: Explore the structure of the AUTOSAR architecture, including:
  • Basic Software (BSW) Layer: The foundation of the system.
  • Run-Time Environment (RTE) Layer: Facilitates communication between software components.
  • Application Layer: Where specific automotive functionalities reside.
• Key Components: Understand the contents of each layer, including:
  • Microcontroller Abstraction Layer (MCAL)
  • ECU Abstraction Layer (ECUAL)
  • Complex Device Drivers Layer
  • Service Layer
• AUTOSAR Configuration Variants: Learn about different configuration approaches:
  • Pre-Compile
  • Link Time
  • Post-Build
• Reading Software Specifications: Develop proficiency in interpreting SWS (Software Specification) and SRS (Software Requirement Specification) documents.
• The AUTOSAR Methodology: A thorough examination of the AUTOSAR development process.
• Software Components (SWCs): Master the concept of SWCs within the Application Layer, including:
  • Composition and Atomic SWCs
  • Ports and Port Interfaces: Understanding Required Ports and Provider Ports.
  • Client-Server Interface
  • Sender-Receiver Interface

This course equips you with the knowledge and skills to navigate the complexities of automotive software development using AUTOSAR, a critical technology for the next generation of vehicles.