Design and analyze complex systems with Model-Based Systems Engineering (MBSE)

Overview

Working on large systems that involve multiple teams? 
How do you coordinate the interfaces between each of them? Do your developed features always match the original system requirements?

Architecting large systems that involve multi-discipline engineering can get complicated. Model-Based Systems Engineering (MBSE) is the formalized application of modeling to early development tasks, such as concept selection and architecture breakdown. The goal is to use models to create a structured and auditable approach to identify requirements, specify interfaces, and control risks throughout the product lifecycle – both at the component level and the system level. 

Highlights

In this session you will learn to:

• Create and allocate functional, logical, and physical architectures
• Create custom filtered views to alleviate complexity
• Define custom analysis function to perform trade studies
• Simulate architecture models with final design information to verify against requirements

About the Presenter

Pourash Patel is a senior application engineer at MathWorks. His primary focus is to help engineers and scientists in the medical device industry to succeed in their role. Pourash brings more than 10 years of experience using MathWorks model-based design tools. Prior to joining MathWorks, Pourash worked at Cummins and Milwaukee Tool where he used Simulink and Simscape extensively.