Capacity assessments usually track simulated patients and record medical interventions. The patient status can be either static or dynamic.

Both approaches have limitations. Therefore, a computer based dynamic patient model that models the human physiology and can be subjected to trauma has been designed. The dynamic patient model responds to the consequences of trauma over time. The computer model can simulate a large number of patients of different age, sex and comorbidity, such as the passengers in a fictitious bus accident. The dynamic patient model could be used to train medical students, be implemented in the stochastic capability assessment simulator, or used to assess medical outcome of simulated patients in exercises.

Publications

2026

Anna-Maria Grönbäck, Tobias Andersson Granberg, Niki Matinrad, Erik Prytz (2026) Perspectives on the Use of UAVs Within Swedish Emergency Response: Future Prospects and Challenges Proceedings of the International ISCRAM Conference, 23.Vol. 23 (2026): Proceedings of ISCRAM 2026 (Conference paper) https://dx.doi.org/10.59297/ncx6gx46
Erik Prytz, Caroline Estgren, Sam Thellman, Wilhelm Brodin (2026) Obemannade system för räddningstjänst under höjd beredskap: En utvärdering från metodtester i Kiruna 2025 (Report) https://dx.doi.org/10.3384/9789181185133
Wilhelm Brodin, Carl-Oscar Jonson, Mikael Johansson, Erik Prytz (2026) Exploring teamwork, trust, and emergency response competence in emergent ad-hoc immediate responder groups: an experimental simulation study Ergonomics, Vol. 69, p. 682-692 (Article in journal) https://dx.doi.org/10.1080/00140139.2025.2478256

Responsible researcher