Best practice VR shock room for the Medical Faculty of Ulm University

blank

VR shock room – a milestone in medical studies

With i:medtasim®, the Faculty of Medicine at Ulm University is receiving a virtual 3D copy of the real shock room at the TTU training hospital. The VR shock room is a state-of-the-art digital training environment for the treatment of time-critical emergency images. Medical students in higher semesters complete treatment procedures, train teamwork and clinical decision-making in virtual reality (VR). Developed by TriCAT in close cooperation with the Faculty of Medicine, the immersive simulation environment enables holistic emergency training – independent of location, realistic and safe.

VR-Lab: Insight into the vTTU shock room of the Medical Faculty of Ulm University
Greeting at the handover for the VR shock room to Ulm University from Mr. Manfred Lucha, Member of the State Parliament, Minister for Social Affairs, Health and Integration

Innovation hub Baden-Württemberg

The project is exemplary for Baden-Württemberg as a location for innovation: the combination of technological excellence, scientific expertise and regional cooperation creates a model that has an impact far beyond the state’s borders. A pioneering example of Baden-Württemberg’s innovative strength in research, teaching and technology development.

blank
Medical students train an acute emergency situation in the VR shock room
blank
Team communication – diagnostics, prioritization and treatment decisions

Digital 3D copy of the shock room with i:medtasim®

The scenario begins with the virtual handover by the ambulance service or emergency doctor and leads seamlessly to complete care in the virtual shock room. The teams train structured care together according to current guidelines – including communication, diagnostics, prioritization and treatment decisions.

Creating realistic decision-making pressure

The VR-based environment provides an immersive, emotionally activating experience that realistically depicts critical decision-making under time pressure – resource-saving and without risk to patients.

More patient safety through simulation-based learning

The ability to reliably and correctly diagnose and treat medical conditions is acquired through regular practice. Regular, simulation-based training significantly increases patient safety, as human errors can be identified at an early stage and procedures can be systematically optimized.

Learning by repetition and evaluation

The performance on the virtual patient is automatically evaluated and discussed in a personal debriefing.

Markus Herkersdorf, CEO TriCAT GmbH

TARGET GROUP

Students of human medicine and doctors undergoing induction and further training

PROJECT OBJECTIVES AND CHALLENGES

  • True-to-original 3D copy of the real shock room at the TTU training hospital.
  • Increased patient safety by reducing human error and systematic optimization.
  • Realistic VR training of treatment procedures in the care of critical emergency images.
  • Training in teamwork and clinical decision-making, including communication, diagnostics and prioritization.
  • Intervention possible at any time on the virtual patient with adjustment of all values.
  • Evaluation and debriefing of training sessions.
  • Multiuser VR and flexible desktop version with real-time communication and collaboration.
  • High level of detail for intensive and realistic training.
  • Realization with i:medtasim®, the TriCAT software for simulation training for medical professionals.

DIDACTIC APPROACHES AND METHODS

  • Curricular integration
  • Learning and collaboration in a virtual-immersive 3D environment
  • Holistic and situational learning
  • Simulation
  • Blended learning
blank
Training situation: A paramedic hands over a seriously injured patient in the VR shock room for further treatment.
The symbolic handover took place on Tuesday, July 22, 2025 at the TTU Faculty of Medicine at Ulm University.

Prof. Dr. Tobias Böckers, Dean of Medicine, University of Ulm

blank
Dr. Claudia Grab-Knoll, Head of Studies and Teaching at the Faculty of Medicine, Markus Herkersdorf, CEO of TriCAT GmbH, Prof. Thomas Wirth, Dean of Medicine, Dean of Studies Prof. Tobias Böckers, and Prof. Michael Weber, President of Ulm University (from left) (Photo: Elvira Eberhardt/Ulm University)
blank
As part of the official handover, Dean of Studies Prof. Tobias Böckers and Dean Prof. Thomas Wirth test the possibilities in the VR shock room with VR glasses and controllers (from left) (Photo: Elvira Eberhardt/Ulm University)
blank
Medical students practice emergency treatment of a patient in a virtual shock room (photo: Daniela Stang/Ulm University)
Veranstalter:
  • Universität Ulm, Präsident, Prof. Dr. Michael Weber
  • Universität Ulm, Dekan Medizinische Fakultät, Prof. Dr. Thomas Wirth
  • Universität Ulm, Studiendekan Medizin, Prof. Dr. Tobias Böckers
  • Leitung Geschäftsbereich Studium und Lehre, Dr. Claudia Grab-Kroll
TriCAT GmbH:
  • Markus Herkersdorf, CEO TriCAT GmbH
  • Dominik Wichmann, Projektmanager Medizin / Healthcare TriCAT GmbH
Amtsträger und Repräsentanten:
  • Manfred Lucha, MdL, Minister für Soziales, Gesundheit und Integration (Videobotschaft)

Share this article

LinkedIn
XING
Facebook
Twitter

You might also like