Inceptra

WEBINAR: Accelerating Complex Medical Device Design with Systems Engineering
2025-02-27 10:00 - 11:00 UTC | Available Upon Request|Live Remote Learning
LIVE WEBINAR
Inceptra and Dassault Systemes present – Accelerating Complex Medical Device Design with Systems Engineering
A Model Based Systems Engineering (MBSE) approach can help designers develop agile product portfolios and processes that can respond to unmet patient’s needs. The market for wearable medical devices, including wearable injectors, is one of the fastest growing sectors in the medical device industry.
However, the technology used in many wearable medical devices is complex and requires different engineering disciplines to contribute to the design of the product (i.e. mechanical, electrical, software, electronic). There is intense competition in the medical device industry. This is pushing designers to develop agile product portfolios and processes that can respond to unmet patient’s needs.

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Model Based Systems Engineering Approach
In this webinar, we explain a method based on an MBSE approach. MBSE aligns design, engineering, and manufacturing teams to create robust and efficient products. This method allows for designing, evaluating and validating the product from requirements through design, manufacturing and services. Simulation models not only help to generate a virtual twin of the product, but can also be helpful through service, troubleshooting and calibration of the equipment.
Our presenter, Dr. Behnam Afsharpoya, serves as a Senior Solution Consultant at Dassault Systèmes. Specifically, he supports systems engineering, dynamic systems, control, and process simulation tools. Additionally, with over 20 years of experience in aerospace, biomedical, automotive, and oil and gas industries, he’s also a post-doctoral research assistant and adjunct professor.

Accelerating Complex Medical Device Design with Systems Engineering LIVE Webinar Agenda

February 27th, 2025 | 10 AM PST/1 PM EST

Duration (minutes)
Start (minutes)
Topics

3.30
0.00
Introduction

8.30
3.30
Systems Engineering Approach

14.00
12.00
Concepts and Demos

2.00
26.00
Summary and takeaways

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