Innovative training programmes 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 and research in their daily practice.
The EXPERT3D courses 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 courses 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 set of programmes 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 program is divided into 2 separate courses: 1. Professional3D, focusing on 3D technologies and 2. ProfessionalAI, focusing on AI and radiomics. Students can choose to take either 1 course or the complete program including the 2 courses and a final Conference day in AI.
The learning will take place through a mixture of online training and a 2 weeks in-person practical programme in the Professional3D Course. ProfessionalAI being full-online and the final AI Conference face-to-face in Barcelona.
This project is an international collaboration between public and private institutions and the EIT Health.
Radiologists
Image Technicians
Surgeons
Engineers
Healthcare researchers
Innovation Managers and Specialists in new technologies
Spanish and English
Direction:
Academic coordination:
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.
All modules include a series of video lectures by faculty, accompanied by more informal discussions on select topics.
Demonstrations and online exercises accompany each module. These serve to illustrate key concepts.
Discussion boards are an integral part of each module and provide a forum where participants can interact, share ideas, and ask questions
Live webinars with EXPERT3D faculty provide opportunity for additional instruction as well as Q&A sessions for the group.
Real case solution with a multidisciplinary team
Module 1
Dive in to the world of 3D printing focused in healthcare applications with an overview of real word examples for surgeries and research.
Module 2
Review of modern techniques related to anatomy and image techniques.
Module 3
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
Final module is dedicated to image analysis, potential applications for research, AI techniques and machine learning.
Module 5
Impact and applications of radiomics and imaging biomarkers in medicine.
Director of the CREB- UPC
Computer Science Department
Ms Industrial Engineering
PhD Computer Science
Ms, PhD Automatic Control & Biomedical Engineering
Medical Imaging HSJD
MD, Radiologist
Clinical Simulation Specialist
Msc. Biomedical Engineering, Physicist
Predoctoral Research Fellow in FSJD - Cognition and Brain Plasticity (IDIBELL)
Clinical Scientist, Philips Iberia
Coordinator of the Research Group Biomaterials for Regenerative Therapies, IBEC
Senior Researcher Biomaterials for Regenerative Therapies, IBEC
Coordinator of the Research Group Materials Engineering GEMAT, IQS
CTO and Co-Founder, Tractivus
Medical Director, Department of Diagnostic and Interventional Radiology, Heidelberg University Hospital
Project manager HSJD, PhD Computer Vision
Biomedical Engineer 3D Unit HSJD, Biomedical Engineer
Researcher HSJD, Biomedical Engineer HSJD
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