In the age of precision health, how is digitalization transforming the patient experience and next generation therapies? Listen to our customers tell their stories.

Sanofi's Transformation Journey with the Virtual Twin of the Factory

Listen to Pierre-Damien Martinet and Eric Borgard from Sanofi, share with us the key elements of their digital transformation projects, the value and benefits from implementing their factory's digital twin.

GE Healthcare - Transforming Device Design with Modeling & Simulation

"3DEXPERIENCE and SOLIDWORKS work hand in hand with powerful connectivity. There is no need to waste time so whatever we design we model it and run the simulation and share with the community." - Dhanachezhian Duraikannu, GE Healthcare.

Women in Engineering

Dr. Cheryl Liu is a Senior Principal Engineer at the medical technology company Stryker and was a Keynote Presenter at the 2021 SIMULIA Americas Regional User Meeting. We spoke with Dr. Liu about her keynote presentation, her career at Stryker, as part of our Women in Engineering series.

Boston Children's Hospital: Transforming Patient Surgeries with the Living Heart Project

"I owe it to my patients to perform the best surgery possible, and now that I know what is possible, I have no other choice." - Dr David Hoganson.

Medtronic Optimize Device Design and Performance

Hear how Medtronic use the clinical experience gained through virtual human modeling to optimize device design and performance.

Abbott Using the Living Heart Model to Evaluate Device Durability

Hear how Abbott use insilico modeling and the living heart model to evaluate the long term durability of the pacer lead in pacemakers.

Stanford University: AI and Virtual Twins Driving Industry Transformation

Hear how Dr. Ellen Kuhl integrates automatic model discovery using artificial intelligence to feed virtual twin.

Boston Children's Hospital: Redefining Preoperative Planning with the Living Heart Project

This innovative approach is transforming how surgeons prepare for and perform complex heart surgeries, offering hope for improved outcomes in even the most challenging cases.

Application of V&V40 - Joyce Zhao, Takeda Pharmaceuticals

Learn how Takeda developed and validated a computational model to predict break-loose glide force in prefilled syringes using the FDA’s V&V40 framework.

Patient Driven Development - Kevin Sack, Senior Principal Engineer and Technical Fellow Medtronic

Learn how Medtronic is embracing in-silico, patient-driven development to transform medical device innovation. He contrasts traditional dependence on animal testing and preclinical studies with the speed and accuracy of computational modeling.

Industry in Transformation: Where We’ve Been & Are Going - Michael Hill, Science Innovations

Listen to the compelling, patient-centered case that virtual human twins are ready to shift healthcare from reactive treatment to predictive, safer decision-making.

3D Models, Virtual Surgery, Flow Simulation in Planning Repair of Complex Congenital Heart Disease

Learn how 3D models and computational tools are improving clinical outcomes at Boston Children’s Hospital. By leveraging commercial aerospace software to create patient-specific 3D models, his team is enhancing surgical planning and precision.

In silico Clinical Trials: Credibility & the Future - Steven Kreuzer, Exponent

In this video, Steve Kreuzer explores the future of in-silico clinical trials through the ENRICHMENT project, built on Living Heart technology with FDA participation.

Digital Twins of Human Pregnancy: Diagnosing and Preventing Preterm Birth - Kristin M. Myers

In this video, Kristin M. Myers, Professor of Mechanical Engineering at Columbia University, shares her pioneering work developing digital twins of human pregnancy.

Living Liver Initiative - Alon Malka-Markovitz, Research Scientist, Long Island University

In this video, Alon Malka-Markovitz, Research Scientist at Dassault Systèmes Center of Excellence in Digital Engineering, Long Island University, showcases how living liver twins are becoming more realistic and clinically relevant.