7th Summer School in Medical Physics 2026
- Introduction
- Target Group and Certificates
- Abstracts and Awards
- Frequently Asked Questions (FAQs)
- Dates, Program and Speakers
- Online Phase, 1st Online Test and Technical Requirements
- Hybrid Attendance Phase and 2nd Online Test
- Venue
- Fees and Registration
- Host, Course Leaders and Abstract Committee
- Contact
- Partners
Introduction
We are happy to announce our 7th Summer School in Medical Physics about 3D Printing Techniques and Concepts in Medical Physics, to be held in August and September 2026. The course is organized under the auspices of the Heidelberg Institute of Radiation Oncology (HIRO) in close cooperation with our partners (see below). The summer school is subdivided into an online phase of about five weeks and an attendance phase of one week. The attendance phase is organized as hybrid model, such that all sessions of the attendance phase are additionally available online via Zoom. Thus, participants can decide to follow the course online and on site or 100% virtually. The teaching language is English.
This summer school provides a comprehensive introduction to the role of 3D printing in medical physics, with a particular focus on applications in radiotherapy. Participants will gain insight into how additive manufacturing technologies are currently used in clinical and research settings, as well as the opportunities and challenges associated with their implementation. The program begins with a refresher on key radiotherapy principles to ensure a common foundation for all attendees. Building on this, we will explore different radiotherapy concepts where 3D printing can offer innovative solutions, supported by examples of ongoing projects and applications. Participants will also be introduced to the software workflows required for medical 3D printing, from image segmentation to model preparation and printer operation. In addition, we will address important regulatory and quality assurance considerations that arise when producing 3D-printed devices intended for patient use.
A central highlight of the summer school is a hands-on workshop covering the complete development cycle of a 3D-printed phantom. The course concludes with an overview of current applications and future directions of 3D printing in medical physics, providing participants with practical ideas they can apply in their own institutions. Participants can also join an optional project management as well as presentation and rhetoric workshop to improve their skills.
Furthermore, we invite everyone to submit their abstracts to contribute to our science slam or our poster session. We are very much looking forward to your registrations and your contributions.