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. Through a series of 10 stations, they explored hospital- and community-based locations of the healthcare system and were engaged in various learning and game activities; they were rewarded with cues to unveil the mystery. A total of 582 undergraduate students from seven disciplines (medicine, midwifery, nursing, nutrition-dietetics, pharmacy, physiotherapy, and technology in medical radiology) took part. Survey results (response rate: 62.8%) suggest that an overall majority of students valued the game, particularly the collaborative experience of actively learning from others in autonomous teams. Qualitative feedback allowed us to identify future areas for improvement: simplifying the adventure storyline and optimizing student flow. Educational institutions across the world facing challenges when creating IPE activities will find in this report ideas and lessons learnt to use mobile technology and serious gaming for large cohorts of students.

Consensus Recommendations for the Use of Simulation in Therapeutic Patient Education.

INTRODUCTION: Simulation is rarely used to help individuals with chronic diseases develop skills. The aim of the study was to provide recommendations for the use of simulation in therapeutic patient education (S-TPE). METHODS: Expert consensus was achieved with the participation of the following 3 groups of experts: (a) expert patients and caregivers; (b) health professionals specialized in therapeutic patient education (TPE); and (c) simulation experts. Each expert received a list of questions by e-mail in 3 iterations. The synthesis of the 2 first questionnaires resulted in 34 first recommendations voted during the consensus conference meeting. Each recommendation was subject to an extensive literature review. The quality of the evidence and the strength of the recommendations were assessed through the evaluation, development, and evaluation criteria categories (GRADE criteria). The third questionnaire selected and illustrated recommendations more specific to the use of S-TPE. RESULTS: At the end of the process, the experts identified 26 recommendations specific to the use of S-TPE. They proposed examples of skills in different diseases and stressed the importance of adapting the conditions of use (location, equipment, time of the care) to the circumstances of the patient learner and skills to be developed. Experts should exercise great caution as this technique presents ethical considerations related to patient care. CONCLUSIONS: These recommendations underline the fact that simulation could bring added value to TPE. They provide a framework and examples for the experimental use of simulation in TPE. Research into feasibility and acceptability is needed.

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. The main issues addressed by the modules are Module 1: the Swiss healthcare system and collaborative tools. Module 2: roles and responsibilities of the different health professionals, basic tools acquisition in team working (situation monitoring, mutual support, communication). Module 3: the axis of quality and safety of care through different contexts and cases. CONCLUSIONS: A very first evaluation of the teaching and learning and particularly on the aspects of acquisition of collaborative tools shows positive attitudes of students towards the implementation of this new training program. Furthermore, a pre-post questionnaire on teamwork aspects reveals significant modifications.

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. Participants comprised 12 categories of health professionals. Seventy-two participated in the first, 41 in the second and 43 in the third round. Patient communication, case management of chronic conditions, therapeutic patient education, health promotion and prevention, ethics and medication were the most important themes identified. The most important skill was regarded as "to define and then share tasks and responsibilities between professionals". Sub-analysis revealed that both priority themes and skills chosen differed between health professional categories.

[Simulation in obstetrics]. / Simulation en obstétrique.

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. This review describes different obstetrical simulation methods and summarizes the evidence for its efficiency in obstetric practice.