What you'll learn

Understand AUTOSAR's architecture, components, and methodology.
Design, implement, and optimize AUTOSAR-based software systems.
Configure Base Software, MCAL, and ECU Abstraction layers.
Develop ARXML files, manage interfaces, and integrate software components.
Work with RTE for effective communication between software modules.
Apply real-world AUTOSAR concepts through hands-on projects and demos.

Requirements

Basic knowledge of embedded systems and software development.
Proficiency in C programming language.
Familiarity with automotive electronics (preferred but not mandatory).
Understanding of microcontroller architecture is a plus.

Description

Course Introduction:In today's rapidly evolving automotive industry, AUTOSAR (Automotive Open System Architecture) is the backbone of software development for modern vehicles. This comprehensive course is designed to take you from the foundational concepts of AUTOSAR to advanced implementation techniques. Whether you're a software developer, an embedded systems engineer, or an automotive enthusiast, this course equips you with the knowledge and practical skills to excel in AUTOSAR-based development.Through engaging lectures, real-world demos, and step-by-step projects, you'll gain the expertise needed to design, implement, and optimize AUTOSAR software for complex automotive systems.Module 1: The AUTOSAR Landscape - Foundation & FrameworkDive into the world of AUTOSAR, understanding its evolution, architecture, and why it's the go-to standard in automotive software development.Introduction to AUTOSAR: Learn what AUTOSAR is, its origin, and its role in modern automotive systems.The Need for AUTOSAR: Explore the challenges in automotive software development and how AUTOSAR addresses them.Base Software

Overview

: Understand the core modules of AUTOSAR's Base Software (BSW) and their functionalities.AUTOSAR Interfaces & Software Components: Delve into the architecture of interfaces, ports, and software components (SWCs) that form the heart of AUTOSAR applications.Connectors and Composition: Learn how connectors link software components and how system composition works in AUTOSAR environments.Module 2: AUTOSAR Core Concepts - Software, Communication & RTEUncover the building blocks of AUTOSAR with a focus on communication mechanisms, software structure, and the Runtime Environment (RTE).Runnable Elements & Event Handling: Discover how AUTOSAR manages tasks and events efficiently within its architecture.Application Software

Overview

: A deeper dive into how application software interacts within the AUTOSAR ecosystem.The RTE (Runtime Environment): Explore the central role of RTE in managing communication between software components.Communication Models (Sender-Receiver & Client-Server): Learn how AUTOSAR handles data exchange and service requests.Scheduling Events & Methodology: Understand AUTOSAR's scheduling mechanisms and software development methodologies with real-world examples.Module 3: Practical AUTOSAR Demos - Hands-on DeploymentApply your knowledge through hands-on demonstrations, from integrating non-AUTOSAR software to deploying complex AUTOSAR modules.Integrating Non-AUTOSAR Systems: See how AUTOSAR interfaces with legacy software systems.MCAL (Microcontroller Abstraction Layer) Deployment: Explore deployment strategies through step-by-step demos.ECU Abstraction Layer & ARXML Configuration: Learn about ECU abstraction, ARXML file management, and configuration techniques.Project Setup: Build a complete AUTOSAR project from scratch, setting up the environment, tools, and workflows.Module 4: Advanced AUTOSAR Project - Final Stage DemoCapstone project where you'll implement everything learned to build a fully functional AUTOSAR-based application.Creating and Managing ARXML Interfaces: Develop complex ARXML interfaces for system communication.ECU Abstraction Development: Dive deep into ECU abstraction with advanced ARXML development techniques.ASW (Application Software) Development: Implement application software and integrate with the AUTOSAR environment.Composition & RTE Integration: Finalize your project by composing software modules and configuring the RTE.Course Conclusion: A recap of the course, key takeaways, and the next steps in your AUTOSAR journey.

Who this course is for

Automotive software engineers and embedded developers
Students aspiring to work in the automotive industry
Professionals interested in AUTOSAR and real-time systems
Anyone passionate about automotive technology and software development
Homepage:

https://www.udemy.com/course/autosar-from-basics-to-advanced-applications/