Course level:Expert

Certification Course in AUTOSAR for EVs: Standards & Software Architecture

The Certification Course in AUTOSAR for Electric Vehicles provides a detailed exploration of the AUTOSAR (AUTomotive Open System ARchitecture) framework, focusing on its application in electric vehicles. This course equips participants with the knowledge to design, develop, and integrate AUTOSAR-compliant software architectures for advanced automotive systems, enabling seamless communication and modular development in EV powertrains. It covers AUTOSAR Classic Platform concepts, from Software Components (SWCs) to Runtime Environment (RTE) and practical demonstrations on ARXML and ECU abstraction layers.

Level

Expert
Duration

25 hours
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

Course Prerequisite(s)

Please note that this course has the following prerequisites which must be completed before it can be accessed
Electric Vehicle Essentials 2: Motors, Electrification and Charging Systems
Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology

Course Curriculum

Module 1A: Electric Vehicle Engineering

Topic 1: Starting with EV Technology
Topic 2: Understanding ICE to EV Transition
Topic 3: Electric Vehicle Engineering
Topic 4: Battery Technology for EV Systems
Topic 5: Power electronics for EV systems
Topic 6: Motor Systems for Electric Vehicles
Topic 7: Vehicle Electrification Systems
Topic 8: Electric Vehicle Charging Technology

Module 2: Preliminary Section – Evolution of Automotive Systems & AUTOSAR Foundations

Topic 1: AUTOSAR Course Overview
Topic 2: Course Guidelines & Preliminary Overview

10:04
Topic 3: Mechanical-Centric Vehicles to SDV Transition – Part 1

17:21
Topic 4: Mechanical-Centric Vehicles to SDV Transition – Part 2

20:42
Topic 5: Shift Towards Electronics & Automation – Part 1

12:26
Topic 5: Shift Towards Electronics & Automation – Part 2

16:43
Topic 6: Shift Towards Electronics & Automation – Part 3

19:10
Topic 7: The Software-Defined Vehicle Era – Part 1

15:12
Topic 8: The Software-Defined Vehicle Era – Part 2

14:57
Topic 9: Rising Complexity in Automotive Systems Part 1– ECU Integration

15:29
Topic 10: Rising Complexity in Automotive Systems Part 2 – Communication Protocols

16:23
Topic 11: Engineering Challenges in Software-Defined Vehicles (SDVs)

17:49

Module 3: The AUTOSAR

Module 2: Basic Software (BSW) Layer

Module 3: Software Components (SWC)

Module 4: Ports & Interfaces

Module 5: Runnables & Events

Module 6: Application Software Component

Module 7: Run- Time Environment (RTE)

Module 8: Autosar Development Methodology

Module 10: Summary & Course Wrap-Up

DIY Projects:

Add this certificate to your resume to demonstrate your skills & increase your chances of getting noticed.

Student Ratings & Reviews

No Review Yet

Hardware & Software Required

DIY Projects Included

Course Benefits

Technical expertise you will gain

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Key Job Areas

Job Roles

Skill Sets

Companies Hiring

Who can take this course?

Personalized Trainer Support Portal:

Level

Expert
Duration

25 hours
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

Similar Courses

EV Engineering Mastercourse Part I: EV Fundamentals & Core Components

2 hours 49 minutes
Intermediate

4.9 (18)

DIYguru

Battery and Battery Management Systems (BMS) Course

3 hours 34 minutes
Intermediate

4.6 (163)

Certification Course in EV Battery Pack Design & BMS Protection Modeling

9 hours 35 minutes
Intermediate

No ratings yet

DIYguru

Certification Course in Advanced Driver Assistance Systems (ADAS) for EVs

25 hours
Expert

No ratings yet

DIYguru

Certification Course in Advanced EV Charging Technology

9 hours 4 minutes
Intermediate

5.0 (1)

DIYguru

Certification Course in Advanced ANSYS for EV Engineering

14 hours 14 minutes
Expert

No ratings yet

DIYguru

Over 1.2 Million+ EV learners impacted worldwide

Learners from 170+ countries have grown in their career through our programs

Instructor

Certification Course in AUTOSAR for EVs: Standards & Software Architecture

At a glance

Course Prerequisite(s)

Course Curriculum

Module 1A: Electric Vehicle Engineering

Topic 1: Starting with EV Technology

Topic 2: Understanding ICE to EV Transition

Topic 3: Electric Vehicle Engineering

Topic 4: Battery Technology for EV Systems

Topic 5: Power electronics for EV systems

Topic 6: Motor Systems for Electric Vehicles

Topic 7: Vehicle Electrification Systems

Topic 8: Electric Vehicle Charging Technology

Module 2: Preliminary Section – Evolution of Automotive Systems & AUTOSAR Foundations

Topic 1: AUTOSAR Course Overview

Topic 2: Course Guidelines & Preliminary Overview

Topic 3: Mechanical-Centric Vehicles to SDV Transition – Part 1

Topic 4: Mechanical-Centric Vehicles to SDV Transition – Part 2

Topic 5: Shift Towards Electronics & Automation – Part 1

Topic 5: Shift Towards Electronics & Automation – Part 2

Topic 6: Shift Towards Electronics & Automation – Part 3

Topic 7: The Software-Defined Vehicle Era – Part 1

Topic 8: The Software-Defined Vehicle Era – Part 2

Topic 9: Rising Complexity in Automotive Systems Part 1– ECU Integration

Topic 10: Rising Complexity in Automotive Systems Part 2 – Communication Protocols

Topic 11: Engineering Challenges in Software-Defined Vehicles (SDVs)

Module 3: The AUTOSAR

Topic 12: Introduction to AUTOSAR Part 1 – Role of Standards & Frameworks

Topic 13: Introduction to AUTOSAR Part 2 – Understanding AUTOSAR Layered Architecture

Topic 14: Introduction to AUTOSAR Part 3 – Layered Architecture

Module 2: Basic Software (BSW) Layer

Topic 1: Overview of the AUTOSAR Base Software

Topic 2: Introduction to BSW Modules – Services Layer & ECU Abstraction Layer

Topic 3: AUTOSAR Layered Architecture – Communication Stack and Interface Abstractions & Standardized APIs

Module 3: Software Components (SWC)

Topic 1: Software Components & their Roles – Atomic & Composite Software Components

Module 4: Ports & Interfaces

Topic 1: Port-Level Interface Definitions in AUTOSAR

Topic 2: Sender-Receiver (SR) Communication Model – Data Exchange Principles

Topic 3: Client-Server (CS) Interface – Service-Oriented Communication

Topic 4: Connectors & Port Compositions

Topic 5: Practical Examples – Port-to-Port Communication Scenarios

Module 5: Runnables & Events

Topic 1: Runnables in AUTOSAR – Execution Entities of SWCs

Topic 2: Events Triggering Execution – Time Events, Mode Switch Events, Operation Invocations

Module 6: Application Software Component

Topic 1: ASW Layer Overview – Functional Layer Design & Mapping Functionalities into SWCs

Module 7: Run- Time Environment (RTE)

Topic 1: Introduction to RTE Layer – Role as Middlewre between SWC & BSW

Topic 2: Sender-Receiver RTE Communication

Topic 3: Client-Server RTE Communication

Topic 4: End-to-End Communication Flow using RTE

Topic 5: Event Scheduling and Triggering via RTE

Module 8: Autosar Development Methodology

Topic 1: Engineering Approach in AUTOSAR – Top Down vs Bottom Down Development

Topic 2: AUTOSAR Methodology Workflow – System Design, Configuration, Integration

Topic 3: Real-World Examples – Lifecycle of Component Development

Module 10: Summary & Course Wrap-Up

Topic 1: Recap of Key Concepts

Topic 2: Evaluation and Feedback

Topic 3: Career Pathways in AUTOSAR- OEMs, Tier-1 Suppliers, Tool Vendors

DIY Projects:

Project: Development of an AUTOSAR-Compliant Software Architecture

Congratulations on Successfully Completing the Course!

Earn a certificate

Student Ratings & Reviews

Hardware & Software Required

Associated Skills

DIY Projects Included

Course Benefits

Technical expertise you will gain

Who can take this course?

Personalized Trainer Support Portal:

At a glance

Similar Courses

EV Engineering Mastercourse Part I: EV Fundamentals & Core Components

Battery and Battery Management Systems (BMS) Course

Certification Course in EV Battery Pack Design & BMS Protection Modeling

Certification Course in Advanced Driver Assistance Systems (ADAS) for EVs