Expert 3D
Comprehensive Transversal Programme in
Medical Image Post Processing:
3D Printing and Artificial Intelligence

About the course

Comprehensive Transversal Program in Medical Image Post Processing:
3D Printing and Artificial Intelligence

An innovative training programme in image processing and 3D printing, to provide health-related professionals the theoretical and practical knowledge they need to use new imaging technologies for diagnosis.

The EXPERT3D course will enable professionals to perform post-processing of the radiological image for healthcare and research – employing advances like 3D image-prints, virtual technologies and artificial intelligence. These disruptive technologies have fostered the merger of engineering and medicine, creating a demand for professionals with new skills that unite the two disciplines.

EXPERT3D will provide the students with the training needed, gathering multidisciplinary instructors with years of practical experience in post-processing of the medical image, planned surgery, 3D printing and use of the image for research.

This is the first programme on medical imaging for diagnosis that targets not only physicians, but also bioengineers, computer scientists, senior technicians in diagnostics imaging and other medical specialists. Given the range of specialties involved, learners will not be required to have prior computer programming knowledge, though those with that knowledge will be guided to understand the basics of 3D imaging and to develop AI algorithms for image processing.

The learning will take place through a mixture of online training and a 2 weeks in-person practical programme.

This project is an international collaboration between public and private institutions and financed by EIT Health.

Organized by
Duration

Barcelona and 5th Editions:
8 Weeks Online Course
Dedication time: 225h | 20 ECTS
6 Weeks Online + 1 week group work and 1 week with face-to-face classes format depending on the COVID-19 situation in each host country on fall 2021

Naples Edition:
6 Weeks Full-Online Course
Dedication time: 90h | 8 ECTS

Locations

Barcelona: SJD Barcelona Children’s Hospital, CIM-UPC

Coimbra: Hospital of Coimbra

Heidelberg: Universitätsklinikum Heidelberg

Naples: University of Naples Federico II

Riga: Riga Stradins University

Course dates

Barcelona edition:
October 4 – November 28, Online practical classes: November 8 – November 12

Naples Edition:
October 4 – November 28 Online practical class: November 18

Heidelberg, Riga and Coimbra Edition:
October 18 – December 12 Online practical classes: November 22 – November 26

Enrollment

Enrollments open for 2021

New dates to be announced soon

Profiles

Radiologists
Image Technicians
Surgeons
Engineers
Healthcare researchers
Innovation Managers and Specialists in new technologies

Languages

English

Spanish (only for Barcelona Edition)

Program fees

Barcelona Edition:

  • Online Course Tuition Fee: 1100 €
  • 2 Scholarships: 50%

Heidelberg – Riga – Coimbra Edition:

  • Online Course Tuition Fee: 1100 €
  • 3 Scholarships: 50%

Naples Edition:

  • Online Course Tuition Fee: 600 €
  • 2 Scholarships: 50%

Selection criteria for scholarships

Motivation letter, Curriculum Vitae and Student supervisor interest

Co-Direction

Josep Munuera, MD PhD Radiologist

Arnau Valls, Engineer

Program details (pdf)

Barcelona and 5th Edition

Naples Edition

Imaging techniques

Medical imaging techniques (CT, MRI, Ultrasound)
Reconstruction techniques

3D

Printing

Post-processing tools
Bio models and surgery tools
Additive manufacturing processes for medical applications

AI

Imaging for research

Early multimodal brain imaging
AI algorithms for image processing

Your Learning Journey

This online and onsite program takes you through the fundamentals of radiological imaging, 3D and research imaging post-process that are transforming our world today.

Video lectures and discussions

All modules include a series of video lectures by faculty, accompanied by more informal discussions on select topics.

Demonstrations and interactive assignments

Demonstrations and online exercises accompany each module. These serve to illustrate key concepts.

Peer discussion groups

Discussion boards are an integral part of each module and provide a forum where participants can interact, share ideas, and ask questions

Live Q&A sessions

Live webinars with EXPERT3D faculty provide opportunity for additional instruction as well as Q&A sessions for the group.

Final project

Real case solution with a multidisciplinary team

Module 1

E-learning
Graded activities with questionnaires
Expected study effort of 9 hours

Introduction: present and future of medical image applications

Dive into the world of 3D printing focused in healthcare applications with an overview of real word examples for surgeries and research.

Module 2

E-learning
Graded activities with questionnaires
Expected study effort of 11 hours

Anatomy and image techniques

Review of modern techniques related to anatomy and image techniques.

Module 3

E-learning and physical classroom
Graded activities with questionnaires and final work
Expected study effort of 21 hours

Image post-processing, 3D printing and Bio-Printing

Hands-on room sessions about 3D tools and multiple techniques for different applications, printing materials and a visit to a local print Fab-farm.

Module 4

E-learning and physical classroom
Graded activities with questionnaires and final work
Expected study effort of 27 hours

From image to AI and research

Final module is dedicated to image analysis, potential applications for research, AI techniques and machine learning.

Module 5

E-learning
Graded activities with questionnaire
Expected study effort of 21 hours

Quantitative imaging and radiomics

Impact and applications of radiomics and imaging biomarkers in medicine.

Meet the faculty

Josep Munuera

Course Director
Head R&Q Medical Imaging
Vocal of ACRAM
MD, PhD Radiologist

Arnau Valls

Course Director
R&D Engineer HSJD
Ms, IT and Electrical Engineer

Jaume Perez Payarols

Director of Innovation and Research HSJD

MªTeresa Maristany Daunert

Head Medical Imaging
President of ACRAM

Lucas Krauel Gimenez

Pediatric Surgeon MD, PhD, FACS, FEBPS

Josep Rubio Palau

Maxilofacial Surgeon, MD, PhD, DDS, FEBOMFS

Salvador Pedraza

Director Medical Imaging Hospital Josep Trueta
MD, PhD Radiologist

José Quintilla Martinez

Director of Clinical Simulation in HSJD
MD, Pediatrics

Ignasi Barber Martinez

Head of Service Medical Imaging HSJD
MD, PhD Radiologist

Emili Inarejos Clemente

Medical Imaging HSJD
MD, Radiologist

Flavio Zuccarino

Medical Imaging
Head Cariothoracic imaging Hospital del Mar
HSJD
MD Radiologist

Jordi Muchart Lopez

Medical Imaging HSJD
MD, Radiologist

Marta Gómez Chiari

Medical Imaging HSJD
MD, Radiologist

Mónica Rebollo Polo

Medical Imaging HSJD
MD, Radiologist

Ferran Pifarré Badia

Head of Medical Imaging Technicians HSJD
TSID

Gerard Blasco Solà

Specialist in RM clinical applications Philips Ibérica SAU
PhD, Molecular, Biomedicine
Imaging technician

Felip Fenollosa Artés

Director of CIM-UPC
PhD, Ms, Industrial Engineering

Daniela Tost Pardell

Director of the CREB- UPC
Computer Science Department
Ms Industrial Engineering
PhD Computer Science

Christian Otto Attolini

PhD, Head of Neurosciences Research
Center for Biomedical Research in Red and Fundació Sant Joan de Déu

Raúl Benítez Iglesias

Ms, PhD Automatic Control & Biomedical Engineering

Estela Mendoza Bielsa

Medical Imaging Technicians
HSJD
Ecography specialist
TSID

Pedro Borrego Jimenez

Medical Imaging HSJD
MD, Radiologist

Marta Ayats Soler

Bimedical Engineer 3D Unit, HSJD
Biomedical Engineer

Carlos Aláez Vasconcellos

Clinical Simulation Specialist

Pol Canal Noguer

Msc. Biomedical Engineering, Physicist
Predoctoral Research Fellow in FSJD - Cognition and Brain Plasticity (IDIBELL)

Xavier Canals Riera

Director Tecno-med
Vicepresident SEEIC

Claire Murphy

Associate Consultant Tecno-med

Javier Sánchez Gonzalez

Clinical Scientist, Philips Iberia

Elisabeth Engel López

Coordinator of the Research Group Biomaterials for Regenerative Therapies, IBEC

Miguel Ángel Mateos Timoneda

Senior Researcher Biomaterials for Regenerative Therapies, IBEC

Salvador Borrós Gómez

Coordinator of the Research Group Materials Engineering GEMAT, IQS

Robert Teixidó Bartés

CTO and Co-Founder, Tractivus

Hans-Ulrich Kauczor

Medical Director, Department of Diagnostic and Interventional Radiology, Heidelberg University Hospital

2019 - 2020 Outcomes

120

Number of participants

(radiologists, surgeons, engineers, clinicians, designers)
5

Editions

20

Nationalities

33

Experienced lecturers

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