Large-scale, mobile and technology-enhanced serious game for interprofessional education: pilot study and lessons learnt.

Recent research suggests that serious gaming is a promising strategy for interprofessional education (IPE). This report describes the design and pilot testing of a large-scale, mobile, technology-enhanced serious game embedded in the IPE curriculum in Geneva, Switzerland. Organized into teams of eight, the students were tasked with finding a young patient who had just escaped from the intensive care unit.

Interprofessional training: Start with the youngest! A program for undergraduate healthcare students in Geneva, Switzerland.

Aims: Demography of patients and complexity in the management of multimorbid conditions has made collaborative practice a necessity for the future, also in Switzerland. Since 2012, the University of Applied Sciences (UAS) and its Healthcare School as well as the University of Geneva (UG) with its Medical Faculty have joined forces to implement a training program in collaborative practice, using simulation as one of the main learning/teaching process.

Methods: The actual program consists of three sequential modules and totalizes 300 h of teaching and learning for approximately 1400-1500 students from six tracks (nutritionists, physiotherapists, midwives, nurses, technologists in medical radiology, physicians); in 2019 another hundred pharmacists will also be included.

Needs assessment for training in interprofessional skills in Swiss primary care: a Delphi study.

Despite the importance of appropriate interprofessional collaboration in health care, it is still insufficiently taught in health professions education. The aim of the study was to conduct a needs assessment among health professionals on the themes and skills to be taught during interprofessional education programs in the context of Swiss primary care. A three round Delphi electronic survey was carried out in order to identify priority themes and skills to be included in such a program.

[Simulation in obstetrics].

Obstetrical emergencies may represent extremely critical situations with potential dramatic maternal and neonatal consequences. These situations should be managed by an effective and experienced multidisciplinary staff. Simulation allows a regular and repeated practice of these situations with no risk to patient safety and the possibility to analyse participants' performances in a group.