Digital Engineering Technology for Software-Defined Vehicles

Overview

The automotive industry is actively transforming into Software-Defined Vehicles (SDVs), where software increasingly drives vehicle functionalities. Managing systems' scalability, flexibility, and interoperability across diverse vehicle models is critical for successful deployment. This challenge involves the development of new hardware architectures and electronics as well as new software features.

Ansys provides a comprehensive and integrated suite of tools and solutions that address the engineering challenges of software-defined vehicle development. We’ll show solutions for model-based system engineering, electronics design from chip to system, software development using real-time plant models, and virtual validation of customer features. In this presentation, we will discuss how Ansys solutions enable OEMs and suppliers to partner to design, validate, and deliver the vision of the SDV.

What Attendees Will Learn

• Watch an overview of a digital engineering approach, including MBSE, virtualization, and AI
• Learn the steps to developing a virtual electrical & electronics architecture across the value chain
• Get the tools to generate secure, modular, and portable embedded software
• Discover a framework for virtual verification and validation from component to entire system, with example use cases

Who Should Attend

• Software Engineer: Vehicle Control, User Interfaces, Update Systems software. 
• Embedded Software Engineer
• Software Testing and validation engineering
• Functional safety & Cybersecurity engineer
• ADAS and autonomous driving Software Engineers
• Systems & Systems Integration Engineers
• Hardware engineering: sensors, connectivity modules, cables
• Service providers for integration, connectivity

Speaker

• Domenico Caridi