Resuscitation game experience designed by MOME Service Design students

Date: 2024.04.14
The second semester of the MOME Service Design specialised training kicked off with a four-day intensive workshop with lead service designers of Laerdel Medical’s Norwegian centre Katalin Dóczi-Nagy and Antonia Fedlmeier, involving the students in the development of a currently running live project.

The focus of the sprint workshop was cardiopulmonary resuscitation (CPR), an emergency procedure performed when the heart stops beating. Students were asked to design a CPR game experience for mass events, the challenge being to get as many event visitors as possible to learn using the basics of CPR correctly and have the confidence to use it afterwards.  

The complex assignment consisted of several parts: first designing how the game location can work optimally for volunteers, and giving visitors an experience so memorable, educational, and delightful that they enjoy taking part in the activities. All that for events with groups of visitors offering short, but exciting experiences. 

The 14 students developed the optimal location and process by building quick prototypes and testing their ideas instantly. They used very simple materials and tools for this, learning how to use cardboard boxes for modelling spaces, utilise items in their surroundings, and test digital interfaces easily. Early prototyping, testing, and iteration is a basic principle of service design methodology, which was put to use in a live project, with guidance from the professionals of Laerdal Medical. 

Laerdel Medical is a global leader in healthcare education and resuscitation training. Its mission is to leverage immersive technologies and data-centric insights to improve the quality of healthcare and provide further training to healthcare workers in the field of resuscitation.

More news

A stunning video illustrating the evolution of starspots over time on the surface of red giant XX Trianguli (XX Tri) has been produced by data scientists Ádám Radványi and Viktor Varga of the Moholy-Nagy University of Art and Design (MOME). Based on 16 years of observations, researchers from the Leibniz Institute for Astrophysics Potsdam (AIP) and the Astronomy Institute of the HUN-REN Research Centre for Astronomy and Earth Sciences reconstructed the changes in the cooler regions of the star’s surface, known as starspots. The MOME team translated these findings into an engaging data visualisation animation, making this complex phenomenon accessible to a broader audience.

What therapeutic effect could a beautiful virtual walk through nature or immersive gardening have? This is one of the questions explored by the Zenctuary VR+ project, led by Ágnes Karolina Bakk PhD within the FutureCare Lab at MOME, which has secured nearly 1 million euros in funding through the HU-rizont grant programme of the National Research, Development, and Innovation Office. Developed for healthcare facilities, this virtual natural environment aims to serve both rehabilitative and diagnostic purposes, improving patient care and the quality of life for the elderly, promoting recovery, and reducing the workload of healthcare professionals.

“It is a great privilege to continue my work as Head of the MOME Doctoral School, an institution synonymous with innovation, creativity, and excellence,” said Professor Ábel Szalontai upon accepting his appointment to lead the Doctoral School until 31 December 2025.
Member of the European
Network of
Innovative
Higher Education Institutions
9 Zugligeti St,
Budapest, 1121