O13运用“模拟病房”教学模式提升本科护生临床能力

Veronica Lam, Cecilia Hm Kong, J. T. Fung, V. Tsang, M. Pang, J. Y. Wong
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This project focused on promoting students’ case management ability, prioritise the nursing actions, team work and communication skills. The use of mixed simulation model aimed to provide an environment for students to immerse in a ward setting environment. Methods It was a longitudinal study with convenience sampling. Year IV undergraduate nursing students recruited for this project were required to participate in the ‘Simulation Ward’ activity for three to six sessions, depending on their availability. In each session, three nursing students were required to provide nursing care to the mixed human simulators which included two high-fidelity and one mid-fidelity simulators, and a standardize patient. After a session, two teachers independently assessed students’ clinical competence by using the six domains QSEN Competency Checklist. Results Thirty-five Year IV nursing students participated in the study. Mixed-model for repeated measures has been used to analysis the data. 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摘要

目前,在本科护理课程中整合基于模拟的教学较为普遍,许多研究表明基于模拟的教学可以提高学生的临床能力、批判性思维能力和自信心基于仿真的教学模式通常是一个模拟器对一群学生。事实上,在现实中,一名护士必须在轮班期间照顾不止一名患者,一群护理学生的单一模拟器不足以提高他们的能力,并且对于吸引学生从模拟环境中学习缺乏现实感。为了使模拟活动尽可能真实,使用“模拟病房”模型设计了一个创新项目。本项目注重培养学生的个案管理能力、护理行动优先性、团队合作能力和沟通能力。混合模拟模型的使用旨在为学生提供一个沉浸在病房设置环境中的环境。方法采用方便抽样的纵向研究方法。为这个项目招募的四年级本科护理学生被要求参加“模拟病房”活动三到六次,这取决于他们的可用性。每期要求3名护生分别对2个高保真度和1个中保真度的混合人体模拟器和1名标准化患者进行护理。一节课后,两位教师分别使用QSEN胜任力量表评估学生的临床胜任力。结果共35名四年级护生参与研究。采用重复测量混合模型对数据进行分析。学生在知识、技能和态度(KSA)要素领域的临床能力有显著提高。知识、技能、态度的两两平均差值为1.33 (p)。讨论与结论“模拟病房”教学模式能提高护生的临床能力。学生在参加三至六次模拟课程后,在知识、技能和态度方面均有显著改善。他们可以将所学的知识应用到混合模拟器中。此外,老师们克服了在模拟病房环境中进行活动的挑战。挑战主要涉及设计允许每个模拟器事件发生的时间表,添加风险警报,在每个会话中整合标准化患者以及一些不可预测的技术问题。尽管面临诸多挑战,但这对教师今后设计和开展其他模拟病房活动是一个有益的经验。参考文献:Park HR, Park JW, Kim CJ, Song JE。综合护理实习中模拟教学策略的开发与验证。学院的学生2017:24:479 - 486。张建军,张建军,张建军,等。模拟教学中学生满意度与自信心的关系研究。护理教育今日2018;60:28-44。
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O13 The use of ‘simulation ward’ teaching model to promote undergraduate nursing students’ clinical competence
Introduction Integrating simulation-based education in undergraduate nursing curriculum is more common nowadays, as many studies documented simulation-based education can increase students’ clinical competence, critical thinking1 and confidence.2 The common mode of simulation-based teaching is one simulator to a group of students. In fact, in reality, one nurse has to take care of more than one patient within a shift duty, a single simulator to a group of nursing students is not sufficient to enhance their competence and less realism for engaging students to learn from a simulation environment. To make a simulation activity as real as possible, an innovative project is designed by using a ‘Simulation Ward’ model. This project focused on promoting students’ case management ability, prioritise the nursing actions, team work and communication skills. The use of mixed simulation model aimed to provide an environment for students to immerse in a ward setting environment. Methods It was a longitudinal study with convenience sampling. Year IV undergraduate nursing students recruited for this project were required to participate in the ‘Simulation Ward’ activity for three to six sessions, depending on their availability. In each session, three nursing students were required to provide nursing care to the mixed human simulators which included two high-fidelity and one mid-fidelity simulators, and a standardize patient. After a session, two teachers independently assessed students’ clinical competence by using the six domains QSEN Competency Checklist. Results Thirty-five Year IV nursing students participated in the study. Mixed-model for repeated measures has been used to analysis the data. Students had significant improvement in clinical competence in the domains of knowledge, skills and attitude (KSA) elements. The pairwise mean difference of knowledge, skills and attitudes were 1.33 (p Discussion and Conclusion This study suggested that the ‘simulation ward’ teaching model could enhance nursing students’ clinical competence. Students had significant improvement in knowledge, skills and attitudes after participating in three to six simulation sessions. They could apply the knowledge that they learnt to mixed simulators. Furthermore, the teachers had overcome the challenges in conducing the activity in a simulated ward environment. The challenges mainly related to designing the timeline for allowing the events of each simulator to happen, adding in risk alerts, integrating standardised patients in each session and some unpredictable technology issues. Despite the challenges, it was a fruitful experience for teachers in designing and conducting other simulation ward activities in future. References Park HR, Park JW, Kim CJ, & Song JE. Development and validation of simulation teaching strategies ina n integrated nursing practicum. Collegian 2017:24:479–486. Zapko KA, Ferranto ML, Blasiman R & Shelestak D. Evaluating best educational practices, student satisfaction, and self confidence in simulation: A descriptive study. Nurse Education Today 2018;60:28–44.
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BMJ Simulation & Technology Enhanced Learning
BMJ Simulation & Technology Enhanced Learning HEALTH CARE SCIENCES & SERVICES-
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