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AUTOSAR™

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Price
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E-Learning Course AUTOSAR™

Duration
3 h 50 min
Study Time
19 h 10 min

Content

E-Learning AUTOSAR™ – An Overview (40 min)

  • General Introduction
  • AUTOSAR™ Organization
  • AUTOSAR™ Standard

E-Learning AUTOSAR™ – Classic Platform R19-11 (50 min)

  • Overview
  • Methodology
  • Software Architecture

E-Learning Virtual Functional Bus – Introduction (50 min)

  • General Introduction
  • Example
  • Components

E-Learning Virtual Functional Bus – Basic Principles (65 min)

  • Revision
  • Port Interfaces
  • Ports
  • Connectors
  • Software Architecture

E-Learning AUTOSAR™ – Operating System (25 min)

  • Revision
  • AUTOSAR OS

Target

The goal of this course is to understand what AUTOSAR™ is so that you are able to develop software related to AUTOSAR™.

This course is intended for those involved in the development of AUTOSAR™ products, like project leaders, technical project leaders, integrators, software developers, software architects, … You will gain the basic knowledge for a fast and easy start with software development related to AUTOSAR™.

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What Is AUTOSAR™?

AUTOSAR™ stands for Automotive Open System Architecture.
It is a standard which establishes an open and standardized software architecture for automotive electronic control units (ECUs).

The standard is about the software that runs on ECUs to control all aspects of a moving vehicle. That effects not only the engine control but also the seat heating, the headlights and everything else in a vehicle.

Without AUTOSAR™ or another layering architecture the application software, which for example controls the turn signal, would have direct access to the respective driver. This could lead to problems if for instance the hardware were changed.

That’s why in 2003 the AUTOSAR Organization was founded. The goal is a standardized layered software architecture that differentiates between hardware oriented basic software and hardware independent application software. Those layers are connected by means of a communication layer. Thereby it is possible to change the hardware without affecting the application software. Furthermore, functions can be moved from one ECU to another because they are hardware independent.

Why Is AUTOSAR™ Needed?

AUTOSAR™ is needed to develop a standardized software for automotive ECUs.

To use the AUTOSAR Standard, one has to become a AUTOSAR Partner. This is relevant for nearly everyone in the automobile industry. By using AUTOSAR™ different parties can develop different parts of the software and connect them via standardized interfaces. This allows for example new collaboration models between OEMs and tier 1 suppliers.

How Is AUTOSAR™ Related to Embedded Systems?

AUTOSAR™ defines a standard for the software architecture of ECUs in vehicles. Those are embedded systems.

What Can You Learn About AUTOSAR™ in the Embedded Academy E-Learning?

The course introduces AUTOSAR™ as an organization, explains the standard it defines and addresses the methodology as well as the classic platform from the release R19-11.

Learners can start with the overview e-learning, which introduces AUTOSAR™ as an organization and explains the standard it defines. In particular, there will be details about the different standards AUTOSAR™ contains.

Another e-learning addresses the classic platform from the release R19-11. There we take a look at the methodology as well as the software architecture. The methodology describes how one proceeds when developing a system with AUTOSAR™ and the software architecture describes the different layers of the layered software architecture.

The e-learnings about the virtual functional bus explain the main communication concept of the classic platform.

And we also offer an e-learning about the operating system of AUTOSAR Classic Platform.

Average Review Score:
★★★★★
good
★★★★★

The AUTOSAR course provides a good introduction to the basics, but it needs updates to remain competitive. Compared to courses on Udemy or Coursera, the content feels outdated, particularly in the architecture section. More detailed, up-to-date information on the latest AUTOSAR versions, practical examples, and real-world applications would greatly enhance the learning experience. Overall, it’s a good start but lacks the depth and relevance found in other courses.

Architecture Overview is really helpful
★★★★★

The overview on AUTOSAR Classic is really good. This is the very important navigation part I always wished to be provided.

Good Introduction
★★★★★

This is a good introduction into AUTOSAR. I really enjoyed the part about the
virtual functional bus.

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