Fostering integrated learning and clinical professionalism using contextualized simulation in a small-group role-play.
Identifieur interne : 003726 ( Main/Exploration ); précédent : 003725; suivant : 003727Fostering integrated learning and clinical professionalism using contextualized simulation in a small-group role-play.
Auteurs : Sarah Baillie [Royaume-Uni] ; Stephanie E. Pierce ; Stephen A. MaySource :
- Journal of veterinary medical education [ 0748-321X ] ; 2010.
English descriptors
- KwdEn :
- Animals, Attitude, Cattle, Competency-Based Education (methods), Education, Veterinary (methods), Educational Technology (instrumentation), Humans, London, Physical Examination (instrumentation), Physical Examination (veterinary), Problem-Based Learning (methods), Students, Health Occupations (psychology), Surveys and Questionnaires.
- MESH :
- geographic : London.
- instrumentation : Educational Technology, Physical Examination.
- methods : Competency-Based Education, Education, Veterinary, Problem-Based Learning.
- psychology : Students, Health Occupations.
- veterinary : Physical Examination.
- Animals, Attitude, Cattle, Humans, Surveys and Questionnaires.
Abstract
Teaching and learning in a clinical setting is important in veterinary and medical training but presents many challenges, including providing enough hands-on experience while not putting patients (animal or human) at risk. Some of the issues have been addressed with the introduction of clinical skills laboratories and communication skills training using role play. However, in both instances skills are learned in isolation, whereas the real task requires the integration of many skills including technical competencies, effective communication, decision making, and professionalism. In our study, we trialed "contextualized simulation" by combining role play with a simulator, the haptic cow, in a small-group tutorial, the Simulated Fertility Visit. Students took turns as the veterinarian; they had to establish the cow's history from the farmer (a role player), palpate the simulation, make a diagnosis, and decide on treatment, if appropriate. We included scenarios varying from common cases to challenging situations. The tutorial was introduced in the farm-animal clinical rotation, and feedback was gathered from students by means of a questionnaire. The tutorial was attended by 178 students (98% of that year's students), and 151 questionnaires were returned (85% response rate). Students reported that the tutorial was a positive learning experience and recognized that it presented an opportunity to integrate the skills needed for clinical work. Student feedback suggests that contextualized simulation provides a valuable complement to clinical cases, and we recommend extending this teaching method to other clinical scenarios and species, particularly because it provides a safe environment in which to experience, and learn from, mistakes.
DOI: 10.3138/jvme.37.3.248
PubMed: 20847333
Affiliations:
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Le document en format XML
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<front><div type="abstract" xml:lang="en">Teaching and learning in a clinical setting is important in veterinary and medical training but presents many challenges, including providing enough hands-on experience while not putting patients (animal or human) at risk. Some of the issues have been addressed with the introduction of clinical skills laboratories and communication skills training using role play. However, in both instances skills are learned in isolation, whereas the real task requires the integration of many skills including technical competencies, effective communication, decision making, and professionalism. In our study, we trialed "contextualized simulation" by combining role play with a simulator, the haptic cow, in a small-group tutorial, the Simulated Fertility Visit. Students took turns as the veterinarian; they had to establish the cow's history from the farmer (a role player), palpate the simulation, make a diagnosis, and decide on treatment, if appropriate. We included scenarios varying from common cases to challenging situations. The tutorial was introduced in the farm-animal clinical rotation, and feedback was gathered from students by means of a questionnaire. The tutorial was attended by 178 students (98% of that year's students), and 151 questionnaires were returned (85% response rate). Students reported that the tutorial was a positive learning experience and recognized that it presented an opportunity to integrate the skills needed for clinical work. Student feedback suggests that contextualized simulation provides a valuable complement to clinical cases, and we recommend extending this teaching method to other clinical scenarios and species, particularly because it provides a safe environment in which to experience, and learn from, mistakes.</div>
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<country name="Royaume-Uni"><noRegion><name sortKey="Baillie, Sarah" sort="Baillie, Sarah" uniqKey="Baillie S" first="Sarah" last="Baillie">Sarah Baillie</name>
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