
Introductory module giving an overview of this beginner's course on Software Defined Vehicles (SDVs).
1. Course overview
2. Who should attend the course ?
3. Course Index
4. Instructor Introduction
This section covers the following
Understanding of Software-Defined Vehicles
Software Intensive Systems (SIS) & Cyber-physical systems (CPS)
Vehicle Lifecycle Phases
Defining a Software-Defined Vehicle
An overview of the Kano Model and the Evolution of Needs.
Understanding how the Kano model plays a role in technology advancements and requirements.
This part of the module explains the technology trends on how technical systems evolve, and also covers examples from automotive based on those technology trends.
This module covers the following topics about software-defined vehicles
Layered Structure of SDVs
Building Blocks of SDVs
Various Technologies in Vehicles
The first part of the module explains a layered architecture of software-defined connected and autonomous vehicles. The topics in this part of the module are structured as follows:
Layered Architecture of SDVs
Evolution of E/E Architecture and Hybrid Architecture
An Overview of Zonal Controller in SDVs
This part of the module explains the evolution of various software architectures and also the service-oriented architecture used in software-defined connected and autonomous vehicles. The topics are structured into the following:
Evolution of Software Architecture
Monolithic and Modular Monolithic Software Architectures
Service-Oriented Architecture (SOA) for SDVs
This module explains how software is influencing various functions in vehicles and how a structured approach can be taken to apply safety and security in the dynamic SDVs. The module is structured with the following topics:
Functions of Software in Vehicles
SDVs and Stakeholders
Challenges in Safety Analysis
Approach for Safety and Security Analysis
Safety and Security Framework
Standards and Regulations
This module will cover various business models and their analysis in the software-defined vehicles.
The module is structured with the following topics in it:
Various Business Models and Analysis
Changing Mobility Business
Business Models and Monetisation
Prioritisation of Business Models
The conclusion of the Software Defined Vehicles: A Beginner's Course.
Summary of what was learned in the beginner's course, and how the future is for the modern mobility ecosystem.
The Software Defined Vehicles - A Beginner's Course is the ultimate guide to understanding the key features and foundation behind Software Defined Vehicles.
The Course includes:
An Introduction to Software-Defined Vehicles
Understanding Software-Defined Vehicles
Software Intensive Systems (SIS) & Cyber-physical systems (CPS)
Vehicle Lifecycle Phases
Defining Software-Defined Vehicles
Evolution of Technology and Vehicles
Kano Model
Technology Trends and TRIZ
Technology Evolution in Automotive (examples)
Building Blocks of Software-Defined Vehicles
Layered Structure of Software Defined Vehicles
Building Blocks of Software Defined Vehicles
Various Technologies in Vehicles
An Architecture Overview of Software Defined Connected and Autonomous Vehicles
Electrical and Electronic Architectures
Zone Controller
Monolithic and Modular Monolithic Software Architectures
Service-Oriented Architecture
Safety and Security in Software Defined Vehicles
Functions of Software in Vehicles
Software Defined Vehicles and Stakeholders
Challenges in Safety Analysis
Approach for Safety and Security Analysis
Safety and Security Framework
Standards and Regulations
Various Business Models and Analysis
Changing Mobility Business
Business Models and Monetisation
Prioritisation of Business Models
You will be briefed on how software reshapes vehicle design, development, and deployment, and the concepts and approaches followed in Software Defined Vehicles. You will be given an overview of the architecture, the evolution of technology, and the role of Software in Safety and Security in Vehicles.