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.
At a glance
- -10 Modules
- -45 Lessons
- -25 Hours of Video Content
- -Certificate of Completion
- -1 Project Assignment
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LevelExpert
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Total Enrolled8
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Duration25 hours
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Enrollment validityEnrollment validity: Lifetime
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CertificateCertificate of completion
Course Prerequisite(s)
- Please note that this course has the following prerequisites which must be completed before it can be accessed
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Electric Vehicle Essentials 2: Motors, Electrification and Charging Systems
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Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology
Course Curriculum
Module 1A: Electric Vehicle Engineering
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Topic 1: Starting with EV Technology
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Topic 2: Understanding ICE to EV Transition
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Topic 3: Electric Vehicle Engineering
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Topic 4: Battery Technology for EV Systems
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Topic 5: Power electronics for EV systems
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Topic 6: Motor Systems for Electric Vehicles
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Topic 7: Vehicle Electrification Systems
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Topic 8: Electric Vehicle Charging Technology
Module 2: Preliminary Section – Evolution of Automotive Systems & AUTOSAR Foundations
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Topic 1: AUTOSAR Course Overview
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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
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Topic 12: Introduction to AUTOSAR Part 1 – Role of Standards & Frameworks
13:43 -
Topic 13: Introduction to AUTOSAR Part 2 – Understanding AUTOSAR Layered Architecture
14:20 -
Topic 14: Introduction to AUTOSAR Part 3 – Layered Architecture
14:38
Module 2: Basic Software (BSW) Layer
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Topic 1: Overview of the AUTOSAR Base Software
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Topic 2: Introduction to BSW Modules – Services Layer & ECU Abstraction Layer
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Topic 3: AUTOSAR Layered Architecture – Communication Stack and Interface Abstractions & Standardized APIs
Module 3: Software Components (SWC)
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Topic 1: Software Components & their Roles – Atomic & Composite Software Components
Module 4: Ports & Interfaces
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Topic 1: Port-Level Interface Definitions in AUTOSAR
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Topic 2: Sender-Receiver (SR) Communication Model – Data Exchange Principles
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Topic 3: Client-Server (CS) Interface – Service-Oriented Communication
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Topic 4: Connectors & Port Compositions
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Topic 5: Practical Examples – Port-to-Port Communication Scenarios
Module 5: Runnables & Events
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Topic 1: Runnables in AUTOSAR – Execution Entities of SWCs
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Topic 2: Events Triggering Execution – Time Events, Mode Switch Events, Operation Invocations
Module 6: Application Software Component
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Topic 1: ASW Layer Overview – Functional Layer Design & Mapping Functionalities into SWCs
Module 7: Run- Time Environment (RTE)
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Topic 1: Introduction to RTE Layer – Role as Middlewre between SWC & BSW
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Topic 2: Sender-Receiver RTE Communication
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Topic 3: Client-Server RTE Communication
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Topic 4: End-to-End Communication Flow using RTE
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Topic 5: Event Scheduling and Triggering via RTE
Module 8: Autosar Development Methodology
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Topic 1: Engineering Approach in AUTOSAR – Top Down vs Bottom Down Development
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Topic 2: AUTOSAR Methodology Workflow – System Design, Configuration, Integration
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Topic 3: Real-World Examples – Lifecycle of Component Development
Module 10: Summary & Course Wrap-Up
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Topic 1: Recap of Key Concepts
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Topic 2: Evaluation and Feedback
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Topic 3: Career Pathways in AUTOSAR- OEMs, Tier-1 Suppliers, Tool Vendors
DIY Projects:
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Project: Development of an AUTOSAR-Compliant Software Architecture
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Congratulations on Successfully Completing the Course!
Earn a certificate
Add this certificate to your resume to demonstrate your skills & increase your chances of getting noticed.
Student Ratings & Reviews
Hardware & Software Required
Hardware:
- High-performance PC (Intel i7 or higher)
- 16GB RAM
Software:
- AUTOSAR Development Tools (e.g., Vector DaVinci, EB Tresos)
- MATLAB & Simulink
Associated Skills
DIY Projects Included
Development of an AUTOSAR-Compliant Software Architecture
Course Benefits
For Professionals:
- Gain expertise in AUTOSAR, the global standard for automotive software.
- Master communication protocols critical to automotive systems.
- Expand career opportunities in EV software development.
- Hands-on experience with AUTOSAR tools and methodologies.
- Stay competitive in the evolving automotive industry.
For Freshers:
- Learn industry-relevant skills in automotive software architecture.
- Hands-on exposure to AUTOSAR development tools and processes.
- Gain foundational knowledge in EV powertrain and communication systems.
- Build a portfolio with a real-world AUTOSAR project.
- Enter a growing job market with in-demand skills.
Technical expertise you will gain
- Design & develop AUTOSAR-compliant software architectures.
- Configure and integrate Runtime Environment (RTE) for automotive systems.
- Implement and test communication protocols in AUTOSAR systems.
- Develop and integrate basic software (BSW) modules into EV systems.
- Apply AUTOSAR methodologies to design scalable and modular EV solutions.
- Perform real-world simulations using AUTOSAR tools.
- Address challenges in motor integration and sensorless control technologies.
- Automotive Software Architecture Development
- EV Powertrain Integration & Design
- AUTOSAR-based Software Development
- Communication Protocol Implementation in Vehicles
- Runtime Environment (RTE) configuration
- Sensorless Motor Control in EV Systems
- System Testing & Validation for AUTOSAR Compliance
- Basic Software (BSW) Module Integration
- Vehicle Diagnostics & Communication Testing
- EV System Scalability & Modularity Design
- AUTOSAR Software Engineer
- Automotive Software Architect
- EV System Integration Engineer
- Communication Protocol Developer
- Runtime Environment Configuration Specialist
- Basic Software Module Developer
- Motor Control Engineer
- Vehicle Powertrain Software Specialist
- Embedded Systems Engineer
- System Testing and Validation Engineer
- Proficiency in AUTOSAR tools (Vector DaVinci, EB Tresos)
- Knowledge of CAN, LIN, FlexRay, and Ethernet protocols
- Expertise in Runtime Environment (RTE) configuration
- Strong understanding of Automotive Software Architecture
- Ability to integrate motors into EV Powertrains
- Familiarity with Sensorless Motor Control Technologies
- Basic Software Module Development & Integration
- Communication Stack Configuration & Testing
- Embedded C programming for Automotive Applications
- System-level thinking for Scalable Automotive Solutions
- Tata Motors
- Mahindra Electric
- Ola Electric
- Bosch India
- Maruti Suzuki
- Hyundai Motor India
- Hero Electric
- L&T Technology Services
- Ashok Leyland
- Ather Energy
- Continental Automotive
- KPIT Technologies
- Bosch Engineering and Business Solutions
- TVS Motor Company
- Wipro Automotive
Who can take this course?
This course is suitable for those:
- Basic understanding of automotive systems and software development.
- Familiarity with programming languages like C or C++.
- Knowledge of automotive communication protocols (CAN, LIN, Ethernet).
- Interest in software architecture and system integration.
Personalized Trainer Support Portal:
- 24/7 Access to a personalized trainer support portal.
- One-on-One Mentorship for queries and project guidance.
- Access to diverse resources, including recorded lectures, reading materials, and practical guides.
- Dedicated forums for content discussion, insights, and project collaboration.
- Regular Feedback from trainers for comprehensive understanding and improvement.
At a glance
- -10 Modules
- -45 Lessons
- -25 Hours of Video Content
- -Certificate of Completion
- -1 Project Assignment
-
LevelExpert
-
Total Enrolled8
-
Duration25 hours
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
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What Our Alumni Say
Real feedback from verified learners who completed the programme and moved into EV careers.
"The hands-on workshops and live projects gave me real EV skills. I got placed at Tata Motors within 2 months of certification. The BMS module is especially strong."
"Switched from a mechanical design role to EV powertrain after the course. The curriculum is industry-aligned and mentors are from top EV companies. Totally worth it."
"Best EV training in India, hands down. The placement support through emobility.careers was what actually made the difference. Interviewed at 6 companies, got 3 offers."
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