This literature review primarily aims to explore and synthesise the previous studies in simulation education research conducted over the past five years related to the effects of simulation training on the self-effica...This literature review primarily aims to explore and synthesise the previous studies in simulation education research conducted over the past five years related to the effects of simulation training on the self-efficacy of undergraduate pre-registration nursing students. The second aim of this study is to explore additional outcome variables that were examined in the previous studies. Five electronic databases were searched systematically. These databases were MEDLINE, CINAHL Plus, Scopus, Embase and PsycINFO. The PICO model was employed to identify the search terms, with a thesaurus being used to provide synonyms. Reference lists of relevant articles were examined and hand searches of journals were also undertaken. The quality of each study was assessed using the Simulation Research Rubric (SRR). A total of 11 studies were included. All studies explored the impact of simulation education on undergraduate pre-registration nursing. Six studies explored nursing students’ competence and performance and two papers examined their critical thinking. Problem solving, learning motivation, communication skills and knowledge acquisition were examined once. The majority of studies indicated that simulation training has a positive impact on pre-registration nursing students’ self-efficacy and other outcome variables. Furthermore, the study results indicate that simulation training is more dependable than traditional training, and students were extremely satisfied with the simulation training. However, most of the studies included in this review had several gaps, including study design, sample size and dissimilarities between the scales used. Further research with large samples, reliable and valid instruments, and outcomes measures (such as critical thinking and transferability of skills) is required to provide better insight into the effectiveness of simulation in undergraduate nursing education. .展开更多
This study explored the effect of medical simulation teaching based on question-based learning. Methods: In this study, the selected samples were all the regular students of our hospital. A total of 76 samples were se...This study explored the effect of medical simulation teaching based on question-based learning. Methods: In this study, the selected samples were all the regular students of our hospital. A total of 76 samples were selected and divided into the conventional group using the traditional teaching method, and the other group received the medical simulation education based on problem-based learning, which was set as the research group, with 38 cases in each group. After grouping, different teaching programs were adopted for the two groups of students, and the teaching effects were compared after they received different teaching. Results: The data in the experiment were compared. After a period of learning, the final scores of the two groups were compared, and the study group was significantly higher. In terms of interest and recognition of teaching methods, the study group had higher learning interest and recognition than the conventional group (P < 0.05). The working attitude and ability of the two groups were compared, and the working attitude and ability of the study group was higher than that of the conventional group (P < 0.05). The satisfaction of the two groups was higher in the study group than in the conventional group (P < 0.05). Conclusion: This study through to the hospital to accept learning the rules of Pearson, adopt problem-based learning of medical simulation teaching mode, can improve the gauge Pearsons clinical examination results, can effectively improve the Pearsons interest in learning and recognition, gauge the Pearson to the satisfaction of teaching patterns are relatively high, meanwhile the teaching mode can fully improve Pearsons working attitude and ability.展开更多
Objective： To investigate the effectiveness of a high-fidelity teaching simulation based on an NLN/Jeffries simulation in the nursing education theoretical framework and its influencing factors. Methods： A high-fide...Objective： To investigate the effectiveness of a high-fidelity teaching simulation based on an NLN/Jeffries simulation in the nursing education theoretical framework and its influencing factors. Methods： A high-fidelity teaching simulation on clinical nursing practices using intelligent human analogues was conducted with 200 students, and The Simulation Design Scale, and the Student Satisfaction and Self-Confidence in Learning Scale developed by the National League for Nursing were used to evaluate the training effectiveness and its influencing factors. Results： For the high-fidelity teaching simulation, students gave scores of 4.36± 0.54 points for satisfaction and 4.33 ± 0.46 points for Self-Confidence. The students highly rated the five dimensions of teaching design, i.e., teaching objectives/information, assistance/support for students, problem solving, guided feedback, and fidelity. The teaching design was closely correlated with the satisfaction of the high-fidelity teaching simulation and self-efficacy, and the dimensions of teaching objectives/informa- tion and assistance/support for students were particularly strong predictors of teaching effectiveness. Conclusions： A high-fidelity teaching simulation based on Jeffries＇ theoretical framework improved student satisfaction with the simulation and their Self-Confidence. In planning simulations, teachers should take into account five characteristics, i.e., teaching objectives/information on simulation education, assistance/support for students, problem solving, guided reflection, and fidelity, to achieve better teaching effectiveness.展开更多
Simulation has made significant in-roads into the provision of medical education over the past twenty years. Simulation made its first impact in specialities such as emergency medicine and anaesthetics; however, it is...Simulation has made significant in-roads into the provision of medical education over the past twenty years. Simulation made its first impact in specialities such as emergency medicine and anaesthetics; however, it is now being used as an educational modality in a diverse range of specialities - from general practice to psychiatry. Perhaps the greatest pointer of the success of simulation is that it is now increasingly being seen as embedded in medical education and no longer something new and different. So now is probably an appropri- ate time to consider the future of simulation. Where will simulation go next？ It is likely that a number of different themes will emerge.展开更多
文摘This literature review primarily aims to explore and synthesise the previous studies in simulation education research conducted over the past five years related to the effects of simulation training on the self-efficacy of undergraduate pre-registration nursing students. The second aim of this study is to explore additional outcome variables that were examined in the previous studies. Five electronic databases were searched systematically. These databases were MEDLINE, CINAHL Plus, Scopus, Embase and PsycINFO. The PICO model was employed to identify the search terms, with a thesaurus being used to provide synonyms. Reference lists of relevant articles were examined and hand searches of journals were also undertaken. The quality of each study was assessed using the Simulation Research Rubric (SRR). A total of 11 studies were included. All studies explored the impact of simulation education on undergraduate pre-registration nursing. Six studies explored nursing students’ competence and performance and two papers examined their critical thinking. Problem solving, learning motivation, communication skills and knowledge acquisition were examined once. The majority of studies indicated that simulation training has a positive impact on pre-registration nursing students’ self-efficacy and other outcome variables. Furthermore, the study results indicate that simulation training is more dependable than traditional training, and students were extremely satisfied with the simulation training. However, most of the studies included in this review had several gaps, including study design, sample size and dissimilarities between the scales used. Further research with large samples, reliable and valid instruments, and outcomes measures (such as critical thinking and transferability of skills) is required to provide better insight into the effectiveness of simulation in undergraduate nursing education. .
文摘This study explored the effect of medical simulation teaching based on question-based learning. Methods: In this study, the selected samples were all the regular students of our hospital. A total of 76 samples were selected and divided into the conventional group using the traditional teaching method, and the other group received the medical simulation education based on problem-based learning, which was set as the research group, with 38 cases in each group. After grouping, different teaching programs were adopted for the two groups of students, and the teaching effects were compared after they received different teaching. Results: The data in the experiment were compared. After a period of learning, the final scores of the two groups were compared, and the study group was significantly higher. In terms of interest and recognition of teaching methods, the study group had higher learning interest and recognition than the conventional group (P < 0.05). The working attitude and ability of the two groups were compared, and the working attitude and ability of the study group was higher than that of the conventional group (P < 0.05). The satisfaction of the two groups was higher in the study group than in the conventional group (P < 0.05). Conclusion: This study through to the hospital to accept learning the rules of Pearson, adopt problem-based learning of medical simulation teaching mode, can improve the gauge Pearsons clinical examination results, can effectively improve the Pearsons interest in learning and recognition, gauge the Pearson to the satisfaction of teaching patterns are relatively high, meanwhile the teaching mode can fully improve Pearsons working attitude and ability.
基金supported by Jiangsu Province Health Vocational and Technical Education Research Grants Program(No.201402)Jiangsu Province College“Qing Lan Project”[Su Teacher No.2014(23)]The Science and Technology Innovation Team Project of Suzhou Health College(No.szwzytd 201304)
文摘Objective： To investigate the effectiveness of a high-fidelity teaching simulation based on an NLN/Jeffries simulation in the nursing education theoretical framework and its influencing factors. Methods： A high-fidelity teaching simulation on clinical nursing practices using intelligent human analogues was conducted with 200 students, and The Simulation Design Scale, and the Student Satisfaction and Self-Confidence in Learning Scale developed by the National League for Nursing were used to evaluate the training effectiveness and its influencing factors. Results： For the high-fidelity teaching simulation, students gave scores of 4.36± 0.54 points for satisfaction and 4.33 ± 0.46 points for Self-Confidence. The students highly rated the five dimensions of teaching design, i.e., teaching objectives/information, assistance/support for students, problem solving, guided feedback, and fidelity. The teaching design was closely correlated with the satisfaction of the high-fidelity teaching simulation and self-efficacy, and the dimensions of teaching objectives/informa- tion and assistance/support for students were particularly strong predictors of teaching effectiveness. Conclusions： A high-fidelity teaching simulation based on Jeffries＇ theoretical framework improved student satisfaction with the simulation and their Self-Confidence. In planning simulations, teachers should take into account five characteristics, i.e., teaching objectives/information on simulation education, assistance/support for students, problem solving, guided reflection, and fidelity, to achieve better teaching effectiveness.
文摘Simulation has made significant in-roads into the provision of medical education over the past twenty years. Simulation made its first impact in specialities such as emergency medicine and anaesthetics; however, it is now being used as an educational modality in a diverse range of specialities - from general practice to psychiatry. Perhaps the greatest pointer of the success of simulation is that it is now increasingly being seen as embedded in medical education and no longer something new and different. So now is probably an appropri- ate time to consider the future of simulation. Where will simulation go next？ It is likely that a number of different themes will emerge.
