Virtual simulations in the teaching-learning process of physiotherapy: innovative proposal

Patricia da Silva Klahr, Danielle Rachel dos Santos Carvalho, L. H. T. da Rosa, Cecília Dias Flores, R. D. Méa Plentz
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Abstract

Introduction: The learning process has changed its methodology as well as its tools, due to the students’ profile transformation and the advance of technology. The way the students are taught and assessed is still a challenge to the professor. In this context, Influence Diagram (ID) are appropriate to simulate many aspects of the clinical thinking. Objective: Thus, the main objective of this study is to propose a computerized simulator, structured in ID, a probabilistic network that will be built to develop and evaluate the knowledge of physiotherapeutic assessment. Method: This is a methodological study. Results: Structured simulators in ID make the abilities and knowledge training safer, in controlled environment and allows to the student a constant assess. Therefore, we proposed the building of a simulator, aiming to train the abilities and competences, in a pleasant and stimulating way to the student. Final considerations: We hope that this supporting tool to the learning methodology in the physiotherapeutic assessment could be integrated to the curricular unity to train the students, to enlarge their knowledge as well as their capacity to make decisions, and also to develop and boost the students’ competences and abilities, minimizing the problems in physiotherapeutic assessment
物理治疗教学过程中的虚拟模拟:创新建议
导言:由于学生形象的转变和技术的进步,学习过程的方法和工具都发生了变化。学生的教学和评估方式对教授来说仍然是一个挑战。在这种情况下,影响图(ID)适合模拟临床思维的许多方面。目的:因此,本研究的主要目的是提出一个计算机模拟器,在ID结构,将建立一个概率网络,以发展和评估物理治疗评估的知识。方法:本研究为方法学研究。结果:结构化模拟器使知识与能力训练更安全,在可控的环境中进行,并使学生能够持续评估。因此,我们提出建立一个模拟器,旨在以愉快和刺激的方式培养学生的能力和能力。最后,我们希望将这一辅助物理治疗评估学习方法的工具整合到课程统一中,以培养学生,扩大他们的知识和决策能力,并发展和提高学生的能力和能力,最大限度地减少物理治疗评估中的问题
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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