Program Overview

Introduction to AMfH - Additive Manufacturing and its Relevance in Healthcare

Additive manufacturing (AM) is evolving into a mature technology and becoming a key enabler for the most recent breakthroughs in medicine. The AMfH course offers a comprehensive deep dive into the transformative world of 3D printing, specifically tailored for its rapidly evolving role in the medical sector.

Course Overview

The course is a blended event, combining both physical and online elements. It is hosted by the University of Szeged (USZ) and targets bachelor and master students, as well as PhD students. The course language is English, and it is eligible for an international certificate.

Course Details

• Date: Physical: 30 March 2026 - 22 May 2026
• Location: Szeged, Hungary
• Host University: University of Szeged (USZ)
• Type of Event/Mode: Blended course (both physical and online)
• Target Groups: Bachelor and master students, PhD students
• Recognition: Transcript of records - ECTS
• Language: English
• Recruitment of Participants: Qualitative assessment
• Number of Open Spots: 20
• Eligible for International Certificate: Yes
• Evaluation Criteria:
  • 90% Motivation
  • 10% Order of Application
• Application Deadline: 22 February 2026

Course Content and Methodology

The course covers a diverse range of printable materials, from biocompatible plastics to advanced alloys, and the specific design strategies required to use them effectively. It includes:

• Virtual Part: 30 March - 8 May 2026, lectures and webinars by online streaming, interactive communication tools
• Physical Part: 18-22 May 2026, combination of lectures, practical sessions, and teamwork
• The curriculum will bridge the gap between radiology and engineering by mastering 3D medical imaging and processing DICOM data
• From patient-specific implants (PSIs) to the revolutionary field of bioprinting and artificial tissues, students will explore applications, ethics, and regulations shaping modern healthcare

Practical Experience

Students will gain hands-on experience with the entire workflow: part orientation, support generation, slicing, and post-production. This will be arranged around a collaborative project work, where students will solve real-world healthcare-related challenges in small, international teams.

Conclusion

The AMfH course is designed to provide students with expert knowledge in additive manufacturing and its relevance in healthcare. It offers a unique blend of theoretical and practical learning, preparing students to become specialists who can turn digital data into life-saving medical solutions.