Course

Syllabus

Introduction to the Automotive world: Automotive players- OEMs- Tier1, Tier2, Tier 3. Vehicle Architecture: Evolution of Vehicle Architecture, Domain and Zonal Architecture, introduction to communication protocols. Communication protocols- CAN, LIN, Ethernet, Automotive Embedded Systems: ECUs- MCUs, Automotive Applications, and Case studies

Layered software architecture [OSI reference model(optional)], Introduction to Automotive operating system – OSEK/VDX, Introduction to AUTOSAR- Evolution: Need/Purpose (problems with non-AUTOSAR systems approach), Classic and Adaptive AUTOSAR Overview, Classic AUTOSAR deep-dive: Overview of layers [ASW, RTE, BSW, CDD] with functional examples.

Brief intro about MBSE, System Composer, Case Studies – [AUTOSAR related exercise/projects using ARTOP, MBD]

Automotive toolchain: Network analysers: CAN, LIN, Ethernet (Ex: vector Canoe, Canalyser), IDE (Integrated Development Environment), AUTOSAR Authoring tools [AUTOSAR Builder, Simulink], BSW configuration tools [Vector, EB,], Software Development Life Cycle [SDLC- V model (Automotive SPICE introduction)], Introduction- Function Safety [ISO26262], Cybersecurity [ISO21434] (Optional)Highlights on trends: V2x and Connectivity, OTA, SDVs, Autonomous vehicles [connected to adaptive AUTOSAR]

Pre-requisite: Nil

Course Objective

• To become acquaint with the framework for the development of automotive products.

Course Outcomes

CO1: Understand the Automotive domain, networking, communication protocols, and embedded systems. [Vehicle/System Level]
CO2: Understand the AUTOSAR Framework. [Software focus]
CO3: Understand the AUTOSAR Toolchain and implement an application/ generate an interface/ automate a system. [CAPL scripting (Automation)/ Tool for port generation/ Application or Diagnostics] AR text

CO-PO Mapping

• https://www.autosar.org/standards/classic-platform
• https://www.autosar.org/fileadmin/standards/R4-3/CP/AUTOSAR_EXP_LayeredSoftwareArchitecture.pdf