As an engineer in the medical field, your dream is to make a positive impact on patient care. To inspire you as you advance anatomical engineering even further, we have created a webinar series that sets the stage for our customers to share their powerful insights on how their cutting-edge work is contributing towards making the world a healthier place through innovation.

Follow the series and discover how powerful insights lead to inspiring outcomes.

Webinar series

Latest Webinars

Simulating airflow in dynamic airway models: toward a deeper  understanding of airway collapse

Simulating airflow in dynamic airway models: toward a deeper understanding of airway collapse

by Antoon Dierckx, Javier Garriz, Alister Bates

  • Learn how to convert dynamic CT/MRI images into an accurate 3D model of complex, thin anatomies (like the upper airways) 
  • Find out how to apply CFD to create a simulation on moving 3D anatomical models 
  • Discover what realistic airflow modeling can mean for future diagnostics and treatment selection for respiratory diseases

Watch recording

Toward InSilico Clinical Trials: Evaluating medical device performance  via CFD on virtual patients

Toward InSilico Clinical Trials: Evaluating medical device performance via CFD on virtual patients

by Javier Garriz, Julien Deckx, Aaron Godfrey

  • Learn how simulation has the potential to reduce the size, duration and cost of
    clinical trials

  • Find out how “virtual patients” are created, and how statistical shape modeling 
    extends their value

  • Discover how CFD simulation and virtual patients can be used to assess the performance and robustness of medical devices

Watch recording

More in this series

Operationalizing 3D printing at point-of-care

by Sarah Flora (Geisinger Medical Center)


The Value of 3D Printing for Product & Clinical Development: 4C Medical’s Perspective

by Saravana Kumar, Vice President of R&D and Operations at 4C Medical Technologies


How virtual patients can accelerate implant development

by Adam Shallenberg, P.E.


Engineering at the point-of-care with 3D Printing

by Sarah Flora (Geisinger Medical Center)


Mimics Innovation Suite – Augmenting the Academic Experience

by Assistant Prof. Ellen Roche (MIT)


Automating Key Components of Finite Element Research

by Amelie Sas, MSc, University of Leuven, Belgium


Translating Computational Models into a More Predictable Patient Outcome for Structural Heart Interventions

by Prof. Dr. Ir. Matthieu De Beule


Using 4D CT to Understand Anatomy-Device Interaction across the Cardiac Cycle

by Julianne Spencer Principal Scientist, Medtronic


Application of Modelling and Simulation in Cardiovascular Engineering

By Dr. Simon Sonntag, Chief Operating Officer at enmodes GmbH


Finding the Perfect Fit: An Anatomical Population Study into the Trochlear Groove Orientation and Modern Femoral Implant Designs through Scripting

by Dr. Yifei Dai, Senior Research Scientist/Engineer at Exactech Inc.


The Personalized Digital Human: Personalizing Computational Models to Prevent and Treat Neuromusculoskeletal Conditions

by Prof. David Lloyd, Professor of Neuromusculoskeletal Biomechanics in the School of Allied Health Sciences, leader of Core Group in Innovations in Health Technology, Menzies Health Institute Queensland at Griffith University


Automatically Fitting Devices and Performing Measurements of Post-Operative Facial Reconstruction through Scripting

by Dr. Peter Metherall, Clinical Scientist and Chartered Engineer at Sheffield Teaching Hospitals, NHS Foundation Trust

Stay tuned for new webinars coming soon.

Materialise medical device software may not be available in all markets because product availability is subject to the regulatory and/ or medical practices in individual markets. In countries where no regulatory registration is obtained of Mimics and/or 3-matic Medical, a research version is available. Please contact your Materialise representative if you have questions about the availability of Materialise medical device software in your area.