Workshop: Model-Based Systems Engineering for Medical Devices
Overview
Model-Based Systems Engineering (MBSE) has become an effective approach to transform stakeholders' textual requirements into models that can be simulated. The primary benefit of MBSE for medical devices lies in its ability to facilitate decision-making at every stage of a system's lifecycle.
Join our two-hour, virtual workshop to learn skills needed to make strategic, evidence-based decisions that enhance patient care. Using mechanical ventilation as an example use case, participants will make informed decisions by selecting the optimal humidification method for mechanically ventilated adult patients.
Highlights
Through this hands-on, interactive session, you will learn how to:
- Capture and import requirements: seamlessly integrate data from third-party tools to ensure comprehensive analysis.
- Design functional and logical architectures: develop clear and effective architectural diagrams and interfaces that form the foundation of your decision-making process.
- Simulate behavioral scenarios: create detailed behavioral diagrams (state machine, sequence diagram, activity diagram) and simulate various scenarios to evaluate different humidification methods.
About the Presenter
Pourash Patel
Senior Application Engineer | MathWorks
Pourash is focused on model-based design workflow in the medical device industry. He supports the entire V software development workflow, but primarily focuses on MBSE and V&V (verification and validation). Prior to MathWorks, Pourash worked in the power tool and automotive industry where he supported controls, systems, and test organizations. He received a M.S. + M.Eng in electrical engineering from Western University, Ontario, Canada, where he specialized in embedded controls.
