Our PhD school has the active track “Advanced CAE tools, Additive Manufacturing, Augmented Reality and Haptic Devices for the Medicine 4.0”, coordinated by Prof. Marco Evangelos Biancolini, Prof. Vincenzo Tagliaferri and Prof. Pier Paolo Valentini, conceived to host the ESRs (Early Stage Researchers) of the ITN-EID (Marie Skłodowska-Curie Innovative Training Networks – European Industrial Doctorate) project MeDiTATe (The Medical Digital Twin for Aneurysm Prevention and Treatment). The complete list of the training events specifically designed to support the professional growth of the Early Stage Researchers is available at this link:
https://meditate-project.eu/training-calendar-events
The project contains 14 Individual Research Projects
https://meditate-project.eu/phd-projects/
Five of them are hosted by our school
ESR01 – The combined use of mesh morphing, force-feedback device and static reduced-order models for achieving real-time hemodynamic solution over geometric changes
https://meditate-project.eu/esr-01-antonio-martinez-pascual/
https://meditate-project.eu/individual-research-project-01/
ESR02 – The combined use of mesh morphing, force-feedback device and static reduced-order models for achieving real-time hemodynamic solution over geometric changes
https://meditate-project.eu/esr-02-leonardo-geronzi/
https://meditate-project.eu/individual-research-project-02/
ESR09 – Clinical image processing and Big Data analysis
https://meditate-project.eu/esr-09-martino-andrea-scarpolini/
https://meditate-project.eu/individual-research-project-09/
ESR11 – Image guided navigation technology in endovascular interventions: AM generated mock-ups
https://meditate-project.eu/esr-11-monica-emendi/
https://meditate-project.eu/individual-research-project-11/
ESR12 – Image guided navigation technology in endovascular interventions: advanced CAE tools and mesh morphing