Browsing Faculty of Community & Health Sciences by Author "Bozalek, Vivienne"
Now showing items 1-4 of 4
-
Rowe, Michael; Frantz, Jose M.; Bozalek, Vivienne (BioMed Central, 2013)[more][less]
Abstract: Background: While there is evidence to suggest that teaching practices in clinical education should include activities that more accurately reflect the real world, many educators base their teaching on transmission models that encourage the rote learning of knowledge and technical skills. Technology-mediated instruction may facilitate the development of professional attributes that go beyond “having” knowledge and skills, but there is limited evidence for how to integrate technology into these innovative teaching approaches. Methods: This study used a modified Delphi method to help identify the professional attributes of capable practitioners, the approaches to teaching that may facilitate the development of these attributes, and finally, how technology could be integrated with those teaching strategies in order to develop capable practitioners. Open-ended questions were used to gather data from three different expert panels, and results were thematically analysed. Results: Clinical educators should not view knowledge, skills and attitudes as a set of products of learning, but rather as a set of attributes that are developed during a learning process. Participants highlighted the importance of continuing personal and professional development that emphasised the role of values and emotional response to the clinical context. To develop these attributes, clinical educators should use teaching activities that are learner-centred, interactive, integrated, reflective and that promote engagement. When technology-mediated teaching activities are considered, they should promote the discussion of clinical encounters, facilitate the sharing of resources and experiences, encourage reflection on the learning process and be used to access content outside the classroom. In addition, educational outcomes must drive the integration of technology into teaching practice, rather than the features of the technology. Conclusions: There is a need for a cultural change in clinical education, in which those involved with the professional training of healthcare professionals perceive teaching as more than the transmission of knowledge and technical skills. Process-oriented teaching practices that integrate technology as part of a carefully designed curriculum may have the potential to facilitate the development of capable healthcare graduates who are able to navigate the complexity of health systems and patient management in ways that go beyond the application of knowledge and skills. URI: http://hdl.handle.net/10566/595 Files in this item: 1
RoweTeachnology-MediatedTeaching2013.pdf (185.7Kb) -
Bozalek, Vivienne (Department of Social Work, University of Johannesburg, 2007)[more][less]
Abstract: This article describes the design and implementation of a module on Advanced Social Work Ethics using a blended learning approach and relying substantially on e-learning as a pedagogical tool. The design is contextualised by elaborating on the parameters in which the module was developed – viz. the minimum standards of the Bachelor of Social Work pertaining to ethics, as well as the e-learning and assessment policies at UWC. The module design and implementation was informed by constructivist pedagogical principles, and made use of the notion of ‘critical friends’ as a means of providing opportunities for students to interact as peers and provide input on each others’ learning, thus decentralising the traditional role of the university lecturer. Examples of assessment tasks devised for the module to illustrate the pedagogical principles are also provided. Students’ responses to their experiences of undertaking the module are drawn from their final journal entries and provide an indication of how the module was operationalised. URI: http://hdl.handle.net/10566/49 Files in this item: 1
Bozalek_Ethics(2007)[1].pdf (205.9Kb) -
Rowe, Michael; Frantz, Jose M.; Bozalek, Vivienne (South African Society of Physiotherapy, 2012)[more][less]
Abstract: The relevance of non-technical skills have long been acknowledged as important components of clinical learning, and there is evidence that integrating technology can facilitate their development by encouraging reflection, and by enhancing communication and reasoning. However, effectively integrating technology into learning practices must take the contextual needs of students into consideration. The aim of this study was to determine what online tools undergraduate physiotherapy students at one South African university are familiar with, and how they use them as part of their learning practices. The case study was conducted in a university physiotherapy department in the Western Cape during 2010. A cross-sectional, descriptive design used a survey to obtain quantitative and qualitative data from participants, and a plot study was conducted to test the reliability of the instrument. All ethical considerations were adhered to. Seventy six percent of participants had access to the internet at home, and 93% of them belonged to a social network, although fewer than half used it for their studying. Few students reported using the internet for more than information retrieval but reported wanting to use it for enhanced communication with lecturers. Almost all respondents believed that lectures were a useful way to learn. However, 61% added that integrating online learning activities with lectures could have value. Integrating technology into healthcare education has the potential to develop non-technical skills that are relevant for clinical practice. However, this group of students currently lack the experience and insight to use technology effectively as part of their learning practices. Educators must take cognisance of the educational and contextual needs of students if they wish to integrate technology into clinical teaching. URI: http://hdl.handle.net/10566/309 Files in this item: 1
RowePhysiotherapyStudents2012.pdf (530.7Kb) -
Rowe, Michael; Frantz, Jose M.; Bozalek, Vivienne (Association for Medical Education in Europe, 2012)[more][less]
Abstract: BACKGROUND: Developing practice knowledge in healthcare is a complex process that is difficult to teach. Clinical education exposes students to authentic learning situations, but students also need epistemological access to tacit knowledge and clinical reasoning skills in order to interpret clinical problems. Blended learning offers opportunities for the complexity of learning by integrating face-to-face and online interaction. However, little is known about its use in clinical education. AIM: To determine the impact of blended learning in the clinical education of healthcare students. METHODS: Articles published between 2000 and 2010 were retrieved from online and print sources, and included multiple search methodologies. Search terms were derived following a preliminary review of relevant literature. RESULTS: A total of 71 articles were retrieved and 57 were removed after two rounds of analysis. Further methodological appraisals excluded another seven, leaving seven for the review. All studies reviewed evaluated the use of a blended learning intervention in a clinical context, although each intervention was different. Three studies included a control group, and two were qualitative in nature. Blended learning was shown to help bridge the gap between theory and practice and to improve a range of selected clinical competencies among students. CCONCLUSION: Few high-quality studies were found to evaluate the role of blended learning in clinical education, and those that were found provide only rudimentary evidence that integrating technology-enhanced teaching with traditional approaches have potential to improve clinical competencies among health students. Further well-designed research into the use of blended learning in clinical education is therefore needed before we rush to adopt it. URI: http://hdl.handle.net/10566/308 Files in this item: 1
RoweBlendedLearning2012.pdf (1.048Mb)
Now showing items 1-4 of 4