Thesis (M.S.)--University of Wisconsin, School of Nursing. / eContent provider-neutral record in process. Description based on print version record.

Thesis (M.S.)--University of Wisconsin-Madison, 1992. / Typescript. eContent provider-neutral record in process. Description based on print version record. Includes bibliographical references (leaves 53-55).

Thesis (Ph.D.)--University of California, San Francisco, 2008. / Source: Dissertation Abstracts International, Volume: 69-09, Section: B, page: 5320. Adviser: Patricia Benner.

Thesis (M.S.)--University of Michigan, 1973.

Thesis--Ed. D. Columbia University Teachers College, Health Sciences, nursing, 1975. / Includes bibliographical references.

Thesis (M.S.)--University of Michigan, 1988.

Thesis (M.S.)--University of Michigan, 1980.

<p> Simulation has been used in nursing education for many years in order to show students complex patients, allow practice of new skills without allowing actual harm to come to the patient, as well as being able to build up student confidence in abilities. The primary focus for this qualitative study was associate degree nursing faculty perceptions of their students transferability of knowledge gained through participating in simulation activities in the clinical setting and, may assist in planning future educational activities. The nursing faculty provided insight to what they felt the students needed to know and reflected on what they actually saw students do in actual clinical situations. The research question addressed in this study was the following: What are associate degree nursing faculty perceptions on student transferability of knowledge to an actual clinical setting after having experience in simulation activities? There was also a research sub question addressed, which was, What do associate degree nursing faculty perceive as barriers to becoming successful in clinical performance and knowledge retention? The study used a basic qualitative design. A basic qualitative design was appropriate for this study because it examined simulation use by nursing faculty at multiple chosen schools and their experiences with knowledge transferability. The study sample consisted of associate degree nursing faculty from the East South Central and West South Central regions of the United States. The study participants ranged in age from 30&ndash;66 years of age, and they all have been teaching for at least one year. The guided face-to-face interviews by the participants revealed the following themes, providing a safe environment, clinical experiences/nursing skills, simulation integration in course content, and faculty development and training regarding simulation use. The purpose of the study was to examine transferability of knowledge gained through simulation activities on student clinical performance, and this was actually not addressed in any of the participants&rsquo; answers. The researcher found that all the faculty participants are able to work together in all areas where simulation is utilized, in order to produce competent graduates who will be able to enter the workforce as nurses. Recommendations for further research include using a larger sample size and from other geographical regions in order to have a more diverse sample of nursing faculty.</p><p>

Background Clinical placements are essential to nursing education, allowing students to gain live experience and knowledge of nursing in clinical environments prior to entering the healthcare workforce. Healthcare has increasingly integrated information and communication technology (ICT) into clinical environments, therefore ICT is also significant in nursing students’ clinical placements. However, research has revealed that despite its benefits, nurses and nursing students are unable to use ICT effectively for their practice and their learning. This may reflect one aspect of the challenges faced by nursing students as they learn during clinical placements. Therefore this research aims to analyse the dynamics of undergraduate nursing students’ learning and use of ICT during clinical placements. By doing so, this research seeks to develop theoretical models that can be used to improve clinical nursing education amidst the current technology era. - Research design This study was conducted in Seoul, South Korea. A qualitative-dominant mixed method strategy was adopted. Quantitative data was collected through the development of a modified Information Technology Attitude Scales for Health (ITASH), which was then administered to 508 nursing students from six different universities from October 2012 to December 2012. Constructivist grounded theory (CGT) guided qualitative data collection, which was achieved through sequence of four rounds of intensive individual and group interviews with 16 nursing students, 4 qualified nurses, and 2 university lecturers from April 2013 to June 2015 (a total of 23 individual interviews and 6 group interviews). The exploratory and confirmatory factor analyses of quantitative data analysis were supported by SPSS and LISREL, while the constant comparison approach of qualitative data was supported by Nvivo 10. - Findings The findings revealed: 1) nursing students’ learning dynamics through the qualitative research process based on CGT methodology, and 2) nursing students’ use of ICT during clinical placements based on the learning dynamics via both qualitative and quantitative research processes. In the learning dynamics, this study identified the nursing students’ cognitive learning and knowledge building process, and then the factors and dynamics influencing that process in the clinical environment. This was compared with classroom and simulation environments. Based on these dynamics, the factors and dynamics influencing the use of ICT for learning in the clinical environment was identified. An integration of the findings with supporting literature resulted in two theoretical models, the knowledge building dynamic (KBD) model and the contextual knowledge building dynamic (CKBD) model. These models assist in understanding the cognitive processes involved in an individual’s learning process, the influence of context and resulting dynamics on these processes, and subsequently, learning with ICT. - Conclusion This research expands on current nursing education literature by exploring the cognitive aspects of learning, specifically within the clinical environment. These are shaped by contextual factors such as socio-cultural factors, and their influence on students’ learning and use of clinical ICT. The theoretical models are relevant for several applications in educational assessment and design, policy, and in learning itself with the goal of improving the quality of patient care.

Despite evidence of the effectiveness of applied behavior analysis (ABA) for treating behavior problems in elderly nursing home residents, staff responsible for the development of behavioral care plans may have little knowledge of ABA. Providing nursing staff with in-service training during working hours can be overly disruptive to the functioning of the nursing unit, and paying for nurses to attend training outside of regularly scheduled hours is cost-prohibitive to many geriatric care facilities. To examine a more cost effective alternative to traditional in-service training, a self-instructional training program was implemented with six nursing staff. A multiple baseline across subjects design was used to examine the effects of the training program on subjects' ability to identify information important for the development of behavioral interventions, their general knowledge of behavior management, their self-reported attitudes towards elderly nursing home residents, and the frequency and type of their interactions with the residents of their unit. Findings revealed no practically significant changes in any of the dependent measures as a result of the self-instructional training program. The results indicated ways in which the training program could be improved.