innovation through healthcare simulation

Innovation Through Simulation in Healthcare

2019年10月11日

10:00 AM - 3:00 PM (EDT)

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Venue:
College Park Marriott Hotel & Conference Center
3501 University Blvd E
Hyattsville, MD 20783
USA

联系我们:
Krista Loeffler

Transforming Computational Modeling from A Valuable Scientific Tool to A Valuable Regulatory Tool: Myth or Reality?

Healthcare companies have been investing in computer modeling and simulation (i.e., in silico) methods for decades to accelerate the innovation of safer and more robust products. Over the past few years, FDA has established various regulatory frameworks that accommodate the incorporation of in silico (digital) evidence in device submissions. Their efforts include the publication of guidance documents, collaboration with medical device industry stakeholders to develop the ASME V&V 40 standard, and collaboration with international organizations.

ANSYS, US FDA, and the Avicenna Alliance are organizing a roundtable discussion focusing on modeling and simulation in the medical device and pharmaceutical industries.  The goal of the meeting is to discuss opportunities and challenges when utilizing in silico approaches during development and regulatory review.  The event will be organized around 2 panel discussions, where senior leaders from the largest medical device and pharmaceutical companies will be sharing their experience and expectations.

Please register to reserve your spot!


Agenda

Time Topic
9:30 AM REGISTRATION & BREAKFAST
10:00 AM - 12:00 PM How Can Simulation Play A More Pervasive Role in The Medical Device Industry?
Opportunities, challenges, and best practices for in silico approaches during development and regulatory review
12:00 PM - 1:00 PM LUNCH
1:00 PM - 3:00 PM How Can Simulation Play A More Pervasive Role in The Pharma/Biopharma Industries?
Opportunities, challenges, and best practices for in silico approaches during development and regulatory review

我希望收到ANSYS及其合作伙伴的信息更新及推送,我可以随时取消订阅。ANYSY隐私声明
我希望收到ANSYS及其合作伙伴的信息更新及推送,我可以随时取消订阅。 ANYSY隐私声明