A brief description of the area
The need for quality training in the various health professions (nursing, physiotherapy, etc.) has grown exponentially in recent years. In addition to the theoretical part, these study programmes include a large amount of practical training, which takes place in clinical settings in direct interaction with patients. Legislation, human rights and, above all, the ethical treatment of human beings are increasingly coming to the fore. Questions are being raised as to whether it is ethical to teach medical students in a live environment until they have gained some experience and skills. In order to avoid professional errors in clinical settings, various professional organisations at national and European level are recommending the use of simulations within health professional curricula as well as in lifelong learning programmes for health professionals. The use of simulations as a method of learning and teaching increases the quality of the educational process while reducing the possibility of making mistakes directly on patients. Many healthcare organisations are supporting the partial delivery of clinical training in simulation centres, o address the shortage of clinical placements for students in teaching hospitals.
A brief description of major research
Within the GDI-UP project, based on the labour market analysis, training courses in the form of micro-credentials will be set up and accredited through the competent professional organisations. The latter will be delivered within the framework of lifelong learning (offered to clinical mentors and other staff in clinical settings). Certain content will also be offered to non-health services involved within the health care system (fire services, police, civil protection). In addition to offering modern educational approaches, the Simulation Learning Centre will promote the exploration of new learning approaches in the health professions as well as the development of pre-clinical health research.
Coordinator
- Assist. Prof. Igor Karnjuš (SICRIS, ResearchGate)
- Assist. Prof. Patrik Pucer (SICRIS)
Members
- Members of Department of Nursing.
Simulation center for the treatment of a critically ill patient (Igor Karnjuš)
- Simulator Gaumard HAL 1000
- Broad spectrum simulator i-STAN
- Simulator ALS-resuscitation manikin
J5-3111 e@ser | Secure use of smart devices among the elderly: Towards education-based cybercrime prevention (Basic project ARIS)
V4-2004: Management strategies and control of Salmonella Infantis infections in broiler flocks (CRP project ARIS)
Implementation Of Nurse Professional Competence Scale in Nursing profession in Croatia and Slovenia (Bilateral project SLO-CRO)
BENEFITS: Better and more Effective Nursing Education for Improving Transcultural Nursing Skills (ERASMUS+)
DeMoPhaC: Development of a model for nurses’ role in interprofessional pharmaceutical care” (ERASMUS+)
EXPLOREDU: System for the identification, management and re-use information on educational events and freely accessible educational content in Slovenia and the world (National project)
GUEST UP (National project) – HOSTING FOREIGN EXPERTS AND PROFESSORS AT THE UNIVERSITY OF PRIMORSKA – GUEST UP
V5-1507: Nursing as a scientific discipline in Slovenia: An internationally comparable secondary and tertiary education system in nursing care as the foundation of research and scientific contribution to the sustainable development of society (CRP project)
Z2-7257 Postdoc project ARRS – Development of algorithms for antimicrobial drug discovery and reduction of antimicrobial resistance
J7-9743 The impact of health care on the quality of life of elderly people: The influence of incontinence and impaired mobility on functionary of elderly people (Basic project ARRS)
J5-4281 »RAZKORAK« Longitudinal study in competence potential of university graduates and a gap between graduates’ competences and labour market requirements in technology, education and health (Basic project ARRS)
J1-6734 Lightweight alloys based on aluminium as materials with increasing potential in transport industry (Basic project ARRS)
M1-0151 Molecular detection of the consequences of the effects of biological weapon and toxins with long-term activity (CRP project)
J3-4211 Antiangiogenic gene therapy of cancer using electroporation and magnetic nanoparticles as targeted delivery systems (Basic project ARRS)
J3-4259 Preparation and validation of therapeutic plasmids without selection gene for antibiotic resistance for cancer gene therapy using inducible and tissue-specific promoters (Basic project ARRS)