Session | Session Descriptions | Room | |
1 | Shaping autonomous imaging: Designing the next era of scanning systems | This session gives you early access to Siemens Healthineers’ autonomous imaging concepts. Based on real clinical workflows, you explore where autonomy creates value, where control is essential, and which use cases should be prioritized. Your feedback directly informs future product decisions and development focus. | Tokyo (East wing) |
2 | Orchestrating AI for Everyday Clinical Use | This session addresses a common challenge: why so much AI is missing from everyday clinical practice. A view to a practical way to integrate more valuable AI into workflows, avoid delays, and move from isolated pilots to real, routine use. Interesting for clinicians, radiologists and IT leaders alike, aiming to make AI a reliable part of daily operations. | Chicago (East wing) |
3 | Elevating Cancer Care: Theranostics Tumor Board | This mock tumor board reviews 3-4 cases in a clinical decision-making setting, focusing on determining which patients are appropriate for theranostics and why. In this session, we will discuss where theranostics fits into the cancer care journey and the evolving role of combination therapy approaches. | Istanbul (East wing) |
4 | Transforming Cancer Care Delivery Through Integrated Radiology and Radiation Oncology Decision Support | This session explores how closer collaboration between radiology and radiation oncology—enabled by AI‑driven decision support—can transform cancer care delivery. Participants will jointly identify opportunities to break down diagnostic‑therapeutic silos, accelerate shared clinical decisions, and support value‑based care through integrated, data‑driven pathways that may support improvements in care delivery, efficiency and system‑wide coordination. | Hong Kong I (East wing) |
5 | Integrating multimodal percutaneous oncology into a unified clinical pathway | The workshop led by Prof. Max Seidensticker, M.D., Interventional Radiologist at the LMU Munich, explores the integration of multimodal percutaneous oncology procedures into a unified clinical pathway spanning MR, CT, vascular, and ablation techniques. It highlights how combining complementary modalities can enhance procedural success and facilitate adoption in routine practice. | Amsterdam (East wing) |
6 | New diagnostic approaches for coronary microvascular disease | In this workshop, we will jointly examine how coronary microvascular disease is currently assessed along the patient journey and discuss where workflows and methods could be optimized. A special focus will be on the discussion of angiography based microvascular disease assessment in the cath lab. | Bangkok I (West wing) |
7 | Photon-counting CT (PCCT) as the game-changer of radiology in 2040 | How could photon‑counting CT shape the future of patient care by 2040? This session invites participants to explore a long‑term vision for CT in 2040, with photon‑counting CT (PCCT) as a potential enabler of future imaging concepts. We will discuss how PCCT might evolve, which capabilities could become relevant from a clinical, operational and economic perspective, and what requirements future CT technologies would need to meet to support more integrated patient pathways. | Hong Kong II (East wing) |
8 | From AI Potential to Clinical Impact: Integrating AI Seamlessly into Radiology Workflows | AI holds enormous promise for radiology, yet many departments struggle to translate AI investments into everyday clinical impact. This interactive breakout, explores what it takes to integrate AI seamlessly into radiology workflows - reducing cognitive burden, supporting radiologists, and enabling adoption at scale. Using Siemens Healthineers’ RadEnablement / AI-Enablement Services as a reference framework, we’ll discuss how a service-based approach can help unlock the full potential of AI in real clinical environments. | London (West wing) |
9 | Microstructural MR imaging with high-performance gradient systems | Microstructural imaging requires MRI scanners with ultra-strong gradient systems such as provided by the MAGNETOM Cima.X or MAGNETOM Connectom.X. It allows extracting information about tissue structures smaller than the achievable nominal resolution of the MRI scanner. In this session, we will explain the concepts behind microstructural MR imaging and will also provides an outlook on potential clinical applications in the future. | Munich (West wing) |
10 | From Conversation to Care | This workshop focuses on how communication—across clinical disciplines and with patients—directly shapes women’s health outcomes. Using a patient‑centric healthcare approach and the Pain Planets method, participants will jointly explore where misalignment between clinicians, fragmented workflows, and unmet patient communication needs create delays, missed diagnoses, or disengagement. By mapping communication pain points across the care journey, interdisciplinary clinical experts will co‑create practical ways to improve collaboration, shared decision‑making, and patient trust—turning conversations into coordinated, outcome‑driven care. | New York (East wing) |
11 | Scaling Clinical Expertise when staff is scarce. Together. | This session aims to identify where staff shortages hurt most, what must change in daily clinical reality, | Bangkok II (West wing) |