Digital Engineering for ePowertrain Development for Automotive

This webinar demonstrates the end-to-end technology used in developing an electric powertrain for automotive applications using a model-based systems engineering (MBSE) framework.

Venue:
Virtual

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Session 2

Overview

As automotive electrification accelerates, developing efficient and reliable electric powertrains requires engineering teams to work across and manage complex multi-domain interactions.

Model-Based Systems Engineering (MBSE) offers a structured approach to streamline development, reduce costs, and enhance performance. This session explores how an MBSE approach can cut product development time in HALF by leveraging a new generation of System Architecture Modeler as an Authoritative Source of Truth (ASoT) to integrate and manage diverse engineering disciplines.

The Ansys team will explain MBSE's role in facilitating system definition, design optimization, and validation, ensuring a seamless and efficient ePowertrain development process.

What Attendees Will Learn

How SysML v2 serves as both a language and an API for managing complex systems
A methodology for integrating design and analysis tools with MBSE
An example workflow that shows iterations of model refinement informed by objective analyses

Who Should Attend

Systems engineers
Automotive electrical and power electronics engineers
Vehicle control system engineers
Automotive software and embedded systems engineers

Speaker

John Macauley
Bernhardt Kaiser