Identification of influence factors for the implementation of communication curricula in dental education
Stefan Rüttermann, Claudia Kiessling, Rainer Haak, Susanne Gerhardt‐Szép, Anja Härtl
Abstract
Stefan Rüttermann, Claudia Kiessling, Rainer Haak, Susanne Gerhardt‐Szép, Anja Härtl
Abstract
INTRODUCTION: The aim of the study was to reveal possible obstacles or advantages for the implementation of a dental communication curriculum. It was questioned whether (i) universities with a communication curriculum in medicine realise the same development in dentistry, (ii) the existence and usage of a learning objectives catalogue is a main factor to facilitate the implementation, and (iii) it is more easy to establish with a lower number of students. MATERIAL AND METHODS: Data of two recently published surveys were taken as the basis for further analysis. The quality of the curricula was evaluated by a scoring system. Correlations were calculated between the scores and possible influence factors. A t test for paired samples was accomplished to reveal differences between medical and dental curricula, and a Mann-Whitney U test to identify differences in schools with and without the usage of a learning objectives catalogue. RESULTS: No significant correlation was found between the quality scores of medical and dental schools; t tests revealed significant differences between them (P = .004). Correlation between cohort size and quality of the curriculum was marginal. Mann-Whitney U test revealed significantly higher quality scores for dental schools using a learning objectives catalogue (P = .001). CONCLUSIONS: The existence of a learning objectives catalogue might facilitate the implementation of communication curricula at dental schools. A missing notable curriculum in the corresponding medical school should not detain from a respective campaign in the dental curriculum. Large student numbers should also not discourage from developing a communication curriculum.
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INTRODUCTION: The aim of the study was to reveal possible obstacles or advantages for the implementation of a dental communication curriculum. It was questioned whether (i) universities with a communication curriculum in medicine realise the same development in dentistry, (ii) the existence and usage of a learning objectives catalogue is a main factor to facilitate the implementation, and (iii) it is more easy to establish with a lower number of students. MATERIAL AND METHODS: Data of two recently published surveys were taken as the basis for further analysis. The quality of the curricula was evaluated by a scoring system. Correlations were calculated between the scores and possible influence factors. A t test for paired samples was accomplished to reveal differences between medical and dental curricula, and a Mann-Whitney U test to identify differences in schools with and without the usage of a learning objectives catalogue. RESULTS: No significant correlation was found between the quality scores of medical and dental schools; t tests revealed significant differences between them (P = .004). Correlation between cohort size and quality of the curriculum was marginal. Mann-Whitney U test revealed significantly higher quality scores for dental schools using a learning objectives catalogue (P = .001). CONCLUSIONS: The existence of a learning objectives catalogue might facilitate the implementation of communication curricula at dental schools. A missing notable curriculum in the corresponding medical school should not detain from a respective campaign in the dental curriculum. Large student numbers should also not discourage from developing a communication curriculum.
Key concepts: Curriculum, Test (biology), Dental education, Medical education, Quality (philosophy), Identification (biology), Mann–Whitney U test, Medicine