Certification Course in AUTOSAR for EVs: Standards & Software Architecture
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Module 1A: Electric Vehicle EngineeringTopic 1: Starting with EV TechnologyTopic 2: Understanding ICE to EV TransitionTopic 3: Electric Vehicle EngineeringTopic 4: Battery Technology for EV SystemsTopic 5: Power electronics for EV systemsTopic 6: Motor Systems for Electric VehiclesTopic 7: Vehicle Electrification SystemsTopic 8: Electric Vehicle Charging Technology
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Module 2: Preliminary Section – Evolution of Automotive Systems & AUTOSAR FoundationsTopic 1: AUTOSAR Course OverviewTopic 2: Course Guidelines & Preliminary Overview10m 4sTopic 3: Mechanical-Centric Vehicles to SDV Transition – Part 117m 21sTopic 4: Mechanical-Centric Vehicles to SDV Transition – Part 220m 42sTopic 5: Shift Towards Electronics & Automation – Part 112m 26sTopic 5: Shift Towards Electronics & Automation – Part 216m 43sTopic 6: Shift Towards Electronics & Automation – Part 319m 10sTopic 7: The Software-Defined Vehicle Era – Part 115m 12sTopic 8: The Software-Defined Vehicle Era – Part 214m 57sTopic 9: Rising Complexity in Automotive Systems Part 1– ECU Integration15m 29sTopic 10: Rising Complexity in Automotive Systems Part 2 – Communication Protocols16m 23sTopic 11: Engineering Challenges in Software-Defined Vehicles (SDVs)17m 49s
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Module 3: The AUTOSAR
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Module 2: Basic Software (BSW) Layer
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Module 3: Software Components (SWC)
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Module 4: Ports & InterfacesTopic 1: Port-Level Interface Definitions in AUTOSARTopic 2: Sender-Receiver (SR) Communication Model – Data Exchange PrinciplesTopic 3: Client-Server (CS) Interface – Service-Oriented CommunicationTopic 4: Connectors & Port CompositionsTopic 5: Practical Examples – Port-to-Port Communication Scenarios
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Module 5: Runnables & Events
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Module 6: Application Software Component
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Module 7: Run- Time Environment (RTE)
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Module 8: Autosar Development Methodology
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Module 10: Summary & Course Wrap-Up
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DIY Projects:
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.
What's included
- -10 Modules
- -45 Lessons
- -25 Hours of Video Content
- -Certificate of Completion
- -1 Project Assignment