Electric Vehicle Architecture Design and Analysis
Overview
The rapid development of innovative electric vehicles is taking manufacturers to new levels of system complexity. The race is on to get to market with new products, whilst ensuring the quality and performance of the system meets targets.
Systems engineering is key to managing this complexity and is a challenging problem. Often the tools used to tackle these challenges do not connect well to the other tools used throughout the design process. MathWorks systems engineering tools combine with MATLAB® and Simulink® to create a unified modeling environment, enabling the use of a single platform throughout systems engineering, design, implementation, and verification processes tools.
In this session, we discuss MathWorks capabilities for simulation and analysis in the context of electric vehicle design. We will then focus on systems engineering and present a workflow for architectural modeling with a tight connection to Model-Based Design.
Highlights
- Capturing and managing system requirements
- Creating architecture models and extending the language through stereotypes and profiles
- Analysing architectures for trade studies and vehicle optimization
- Creating views of models to isolate components of interest
- Validating requirements and verifying vehicle architectures through simulation
- Moving to design and implementation of components using Simulink, including for AUTOSAR software architectures
Recorded: 22 Nov 2021