Exploring students’ views on clinical simulation in the acupuncture programme at a South African university

Zijing Hu, R. Venketsamy
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引用次数: 1

Abstract

Students’ competencies in clinical practice is vital in health sciences. Clinical simulation is one approach used to support students’ learning in clinical practice. There is a lack of research on clinical simulation in acupuncture programmes in the African context. This paper explored the experiences of acupuncture students’ views towards clinical simulation in the acupuncture programme to strengthen clinical teaching using the Technological Pedagogical Content Knowledge Framework as a theoretical lens. A qualitative research approach with an interpretivist paradigm was adopted. A single case study design was selected. Six undergraduate students voluntarily agreed to participate. The data were analysed inductively using the thematic analysis approach. Findings revealed that students were optimistic about clinical simulation because it assisted them in their practice. The findings highlighted students’ views regarding the lack of knowledge and skills among instructors and poor infrastructure. The study also found that students gained more confidence in the clinical simulation since they were aware that the patients are not harmed. It is recommended that clinical simulation should be included and standardised in the acupuncture curriculum. To improve clinical simulation, the authors recommended that clinical simulations should be carefully planned and coordinated; training facilities needed upgrading to accommodate COVID-19 regulations and a detailed handbook on clinical simulation should be developed to standardise the simulation process.
探讨学生对南非一所大学针灸项目临床模拟的看法
学生的临床实践能力对健康科学至关重要。临床模拟是支持学生在临床实践中学习的一种方法。在非洲针灸项目的临床模拟方面缺乏研究。本文以技术教学内容知识框架为理论视角,探讨针灸专业学生对临床模拟的看法,以加强临床教学。本研究采用解释主义范式的定性研究方法。选择单一案例研究设计。六名本科生自愿同意参加。采用主题分析法对数据进行归纳分析。调查结果显示,学生对临床模拟持乐观态度,因为它有助于他们的实践。调查结果强调了学生对教师缺乏知识和技能以及基础设施落后的看法。研究还发现,学生们在临床模拟中获得了更多的信心,因为他们知道病人没有受到伤害。建议将临床模拟纳入针灸课程并使之标准化。为了提高临床模拟水平,作者建议临床模拟应精心策划和协调;培训设施需要升级,以适应COVID-19法规,并应编写详细的临床模拟手册,使模拟过程标准化。
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来源期刊
自引率
0.00%
发文量
41
审稿时长
4 weeks
期刊介绍: Journal for the Education of Gifted Young Scientists (JEGYS) ISSN: 2149-360X covers issues such as science education, differentiated instruction in mathematics, science and social sciences for gifted students, education and training of the young scientist, giftedness, gifted education, scientific creativity, educational policy on science and math education for gifted students, teaching of the history and philosophy of science, STEM education for gifted, teaching techniques and activities in the education of the gifted young scientist, is a scientific and academic journal. JEGYS aims to be a scientific media sharing scientific research, practices, theories and ideas about gifted education and education of the gifted young scientists. STEM education for gifted, teaching techniques and activities in the education of the gifted young scientist, is a scientific and academic journal. JEGYS aims to be a scientific media sharing scientific research, practices, theories and ideas about gifted education and education of the gifted young scientists.
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