Made for AUTOSAR beginners: Practical sessions with tools

Made for AUTOSAR beginners: Practical sessions with tools, available at $29.99, has an average rating of 4.13, with 45 lectures, 1 quizzes, based on 313 reviews, and has 1654 subscribers.

You will learn about AUTOSAR architecture Learn AUTOSAR technology practically AUTOSAR methodology Methodologies in AUTOSAR and various communication mechanisms in AUTOSAR Objectives and advantages of AUTOSAR BSW configuration is not covered in this course This course is ideal for individuals who are Beginners of AUTOSAR development or Automotive ECU developers or Automotive software developers or Automotive industry, hardware and software developers, electronics engineers, engineering students, faculty members, technicians, and anybody who has fashion for learning AUTOSAR. or BSW configuration is not covered in this course It is particularly useful for Beginners of AUTOSAR development or Automotive ECU developers or Automotive software developers or Automotive industry, hardware and software developers, electronics engineers, engineering students, faculty members, technicians, and anybody who has fashion for learning AUTOSAR. or BSW configuration is not covered in this course.

Enroll now: Made for AUTOSAR beginners: Practical sessions with tools

Summary

Title: Made for AUTOSAR beginners: Practical sessions with tools

Price: $29.99

Average Rating: 4.13

Number of Lectures: 45

Number of Quizzes: 1

Number of Published Lectures: 41

Number of Published Quizzes: 1

Number of Curriculum Items: 46

Number of Published Curriculum Objects: 42

Original Price: ₹1,499

Quality Status: approved

Status: Live

What You Will Learn

AUTOSAR architecture
Learn AUTOSAR technology practically
AUTOSAR methodology
Methodologies in AUTOSAR and various communication mechanisms in AUTOSAR
Objectives and advantages of AUTOSAR
BSW configuration is not covered in this course

Who Should Attend

Beginners of AUTOSAR development
Automotive ECU developers
Automotive software developers
Automotive industry, hardware and software developers, electronics engineers, engineering students, faculty members, technicians, and anybody who has fashion for learning AUTOSAR.
BSW configuration is not covered in this course

Target Audiences

Beginners of AUTOSAR development
Automotive ECU developers
Automotive software developers
Automotive industry, hardware and software developers, electronics engineers, engineering students, faculty members, technicians, and anybody who has fashion for learning AUTOSAR.
BSW configuration is not covered in this course

Get one hour of free access to AUTOSAR tools.

One hour of free access to AUTOSAR tools after the 100% course completion. This offer ends on 15th Jan 2024

This is a complimentary limited-period offer until 15th January 2024

AUTOSAR stands for Automotive open system architecture, It is a standard for software architecture for Automotive applications. It is a consortium formed by OEMs, suppliers, tool developers, and semiconductor vendors.

AUTOSAR is now the worldwide standard for Automotive application development, almost all the OEMs and Automotive ECUs developers are part of the AUTOSAR consortium.

This course is ideally suited for a beginner of AUTOSAR, who wants to learn the basics of AUTOSAR fundamentals and AUTOSAR architecture. In this course, you will learn about the Basic software modules such as MCAL (Microcontroller abstraction layer), ECU abstraction layer, Service layer, SWCs, RTE, VFB, AUTOSAR concepts such as Multicore, E2E, Partial networking concept, J1939, Autosar methodology, tools and technologies involved in the development of AUTOSAR compliant ECUs. Motivation for the development of AUTOSAR, Autosar partnership, objectives goals, benefits, major players in Autosar. Autosar workflow, Communication flow, RTE, SWCs, MCAL, ECU abstraction layer, application layer, service layer.

The course also discusses Inter ECU communication and Intra ECU communication. There are basically two types of AUTOSAR frame works classic AUTOSAR and Adaptive AUTOSAR. Differences between the two frameworks are also discussed in the course. We also discuss AUTOSAR ECU executables. Tools required to generate the ECU executable and AUTOSAR workflow about the generation with respect to OEMs part and suppliers part.

Course Curriculum

Chapter 1: Introduction to AUTOSAR course and Instructor

Lecture 1: Introduction AUTOSAR

Lecture 2: CAN Embedded Stack-Non_AUTOSAR example

Chapter 2: Some important terminologies

Lecture 1: Terminologies

Lecture 2: Electronic Control Unit (ECU)

Lecture 3: AUTOSAR Application Scope

Chapter 3: Introduction AUTOSAR

Lecture 1: Layered Architecture

Lecture 2: Layered Architecture part2

Lecture 3: Microcontroller Abstraction Layer_Part-1

Lecture 4: Microcontroller Abstraction Layer_Part-2

Lecture 5: Microcontroller Abstraction Layer_Part-3

Lecture 6: ECU Abstraction Layer

Lecture 7: Service layer_part-1

Lecture 8: Service layer_Part-2

Lecture 9: Complex device driver

Lecture 10: RTE and BSW

Lecture 11: AUTOSA and non AUTOSAR work flow

Lecture 12: ECU executable generation and OEM & Tier1 workflow

Lecture 13: AUTOSAR Tool Sets

Lecture 14: Blind-spot detection system: Intra-ECU and Inter ECU communication

Lecture 15: Brief comparison between AUTOSAR classic and Adaptive platform

Lecture 16: AUTOSAR Interfaces

Lecture 17: BSW drivers used for Blind spot detection system

Chapter 4: AUTOSAR Practicals

Lecture 1: Overview about the AUTOSAR compliant project development

Lecture 2: AUTOSAR Project Requirements

Lecture 3: Creating Software Components

Lecture 4: Adding Ports to Software Components

Lecture 5: Adding Variables anf Data Types

Lecture 6: Creating AUTOSAR Port Interfaces

Lecture 7: Linking_Porta and Interfaces

Lecture 8: Creating Runnables for Software Components part-1

Lecture 9: Creating Runnables for Software Components part-2

Lecture 10: Creating Events for Runnable to trigger

Lecture 11: Adding IoHwAbstraction modules

Lecture 12: Composition_Software_Components

Lecture 13: SWC ARXML file generation and source file generation

Lecture 14: ARXML and Source files walk through

Lecture 15: RTE contract phase and RTE Generation

Lecture 16: RTE source file(.c) and RTE contract files(header files)

Lecture 17: RTE Read and RTE write function calls

Lecture 18: BSW configuration is not covered in this course

Chapter 5: Sample project_files

Lecture 1: sample_project_files

Instructors

Venkatesh Mane
Embedded system expert
Reshma Mane
Entrepreneur at Rinnovations

Rating Distribution

1 stars: 10 votes
2 stars: 12 votes
3 stars: 58 votes
4 stars: 134 votes
5 stars: 99 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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