Background The educational beliefs of medical educators influence their teaching practices. Insight into these beliefs is important for medical schools to improve the quality of education they... Show moreBackground The educational beliefs of medical educators influence their teaching practices. Insight into these beliefs is important for medical schools to improve the quality of education they provide students and to guide faculty development. Several studies in the field of higher education have explored the educational beliefs of educators, resulting in classifications that provide a structural basis for diverse beliefs. However, few classification studies have been conducted in the field of medical education. We propose a framework that describes faculty beliefs about teaching, learning, and knowledge which is specifically adapted to the medical education context. The proposed framework describes a matrix in which educational beliefs are organised two dimensionally into belief orientations and belief dimensions. The belief orientations range from teaching-centred to learning-centred; the belief dimensions represent qualitatively distinct aspects of beliefs, such as 'desired learning outcomes' and 'students' motivation'. Methods We conducted in-depth semi-structured interviews with 26 faculty members, all of whom were deeply involved in teaching, from two prominent medical schools. We used the original framework of Samuelowicz and Bain as a starting point for context-specific adaptation. The qualitative analysis consisted of relating relevant interview fragments to the Samuelowicz and Bain framework, while remaining open to potentially new beliefs identified during the interviews. A range of strategies were employed to ensure the quality of the results. Results We identified a new belief dimension and adapted or refined other dimensions to apply in the context of medical education. The belief orientations that have counterparts in the original Samuelowicz and Bain framework are described more precisely in the new framework. The new framework sharpens the boundary between teaching-centred and learning-centred belief orientations. Conclusions Our findings confirm the relevance of the structure of the original Samuelowicz and Bain beliefs framework. However, multiple adaptations and refinements were necessary to align the framework to the context of medical education. The refined belief dimensions and belief orientations enable a comprehensive description of the educational beliefs of medical educators. With these adaptations, the new framework provides a contemporary instrument to improve medical education and potentially assist in faculty development of medical educators. Show less
Research skills are important for university graduates, but little is known about undergraduates' motivation for research. In this study, self-efficacy beliefs and intrinsic motivation for several... Show moreResearch skills are important for university graduates, but little is known about undergraduates' motivation for research. In this study, self-efficacy beliefs and intrinsic motivation for several research activities were measured three times during an undergraduate research project (N = 147 students). In order to promote self-efficacy for writing and collaboration, a collaboration script was developed and tested on half of the students. Twelve students were interviewed three times to gather in-depth information about motivational and self-efficacy beliefs. All measures except intrinsic motivation for research increased significantly during the project. Interview results suggest that enactive mastery and positive social interdependence promoted self-efficacy. Feelings of relatedness seemed to promote intrinsic motivation for writing. Lack of autonomy and low perceived relevance may explain why motivation for research remained stable. The script had no impact on self-efficacy beliefs. Relatedness, autonomy and positive social interdependence may boost motivation for research, but more evidence is needed. Show less
Blankenstein, F.M. van; Saab, N.; Rijst, R.M. van der; Danel, M.S.; Bakker-Van den Berg, A.S.; Broek, P.W. van den 2018
Research skills are important for university graduates, but little is known about undergraduates’ motivation for research. In this study, self-efficacy beliefs and intrinsic motivation for several... Show moreResearch skills are important for university graduates, but little is known about undergraduates’ motivation for research. In this study, self-efficacy beliefs and intrinsic motivation for several research activities were measured three times during an undergraduate research project (N = 147 students). In order to promote self-efficacy for writing and collaboration, a collaboration script was developed and tested on half of the students. Twelve students were interviewed three times to gather in-depth information about motivational and self-efficacy beliefs. All measures except intrinsic motivation for research increased significantly during the project. Interview results suggest that enactive mastery and positive social interdependence promoted self-efficacy. Feelings of relatedness seemed to promote intrinsic motivation for writing. Lack of autonomy and low perceived relevance may explain why motivation for research remained stable. The script had no impact on self-efficacy beliefs. Relatedness, autonomy and positive social interdependence may boost motivation for research, but more evidence is needed. Show less
Research should be explicated in undergraduate teaching in a way that stimulates student learning. Previous studies in higher education have shown that student perceptions of research integrated... Show moreResearch should be explicated in undergraduate teaching in a way that stimulates student learning. Previous studies in higher education have shown that student perceptions of research integrated into teaching could promote student learning, but have also indicated that it can be difficult to confront first-year undergraduates with research during courses. In this study, we describe relationships between first-year medical student perceptions of research, learning outcomes and beliefs about the value of research. The Student Perception of Research Integration Questionnaire was filled out by 261 students. Answers were related to student achievement. The findings suggest that student motivation for research is strongly related to merging current research into teaching. Students rather recognised an emphasis on research methodologies than research engagement. Particularly student beliefs about research are related to achievement. It is suggested that to foster positive beliefs about research, teachers should familiarise students with current research and create enthusiasm for research. Show less
Research integrated into undergraduate education is important in order for medical students to understand and value research for later clinical practice. Therefore, attempts are being made to... Show moreResearch integrated into undergraduate education is important in order for medical students to understand and value research for later clinical practice. Therefore, attempts are being made to strengthen the integration of research into teaching from the first year onwards. First-year students may interpret attempts made to strengthen research integration differently than intended by teachers. This might be explained by student beliefs about learning and research as well as student perceptions of the learning environment. In general, student perceptions of the learning environment play a pivotal role in fostering student learning outcomes. This study aims to determine whether a curriculum change intended to promote research integration fosters student learning outcomes and student perceptions of research integrated into teaching. To serve this purpose, three subsequent cohorts of first-year students were compared, one before and two after a curriculum change. Learning outcomes of these students were measured using scores on a national progress test of 921 students and assessments of a sample of 100 research reports of a first-year student research project. 746 Students filled out the Student Perceptions of Research Integration Questionnaire. The findings suggest that learning outcomes of these students, that is, scores on research related test items of the progress test and the quality of research reports, were better than those of students before the curriculum change. Show less
Snoek, M.; Rijst, R.M. van der; Verseveld, M. van; Tigelaar, E.H.; Van Driel, J.H. 2016
This dissertation describes several studies concerning the research-teaching nexus in the sciences. General, it is recognized that a strong nexus exist between research and teaching at university... Show moreThis dissertation describes several studies concerning the research-teaching nexus in the sciences. General, it is recognized that a strong nexus exist between research and teaching at university education, but it was not always clear in which ways this relation could be implemented to positively influence student learning. Connections between teachers__ intentions, teaching practice, and scientific research dispositions were studied in this dissertation. Associations between these factors and suggestions for teaching practice in higher education were described in the context of the nexus of research and teaching in bachelor science courses. The findings show that scientific research dispositions of academics can be characterized by six qualitatively different aspects, namely the inclination to understand, to achieve, to share, to be critical, to be innovative, and to know. Furthermore, it became clear that teachers__ intentions not always correspond to students__ perceptions of research activities during the courses. Teachers__ intentions on tangible elements of the nexus were relatively more congruent with the students__ perceptions, than teachers__ intentions about intangible elements. The results suggest at that intangible elements of the research-teaching nexus, such as the stimulation of a critical disposition or the creation of an innovative atmosphere, need to be emphasized, if we want that students develop realistic conceptions about the nature of scientific research. Show less
