ABSTRACT
Background: Training of innovative health professionals is necessary for the development of an effective health system in a limited resources context. However, the professionals underestimate their innovative role and receive sparse training in this issue. Meanwhile, industrial designers are trained to innovate but have a weak knowledge about health issues. Aim: To describe the outcomes of a study based on Challenge-Based Learning (CBL) where health and industrial design students learned about product development aimed to solve health problems. Material and Methods: Twenty industrial design students, seven health care students and nine teachers of both disciplines participated in a User Centered Design workshop. Using the CBL method, they were challenged to develop products to tackle a health problem. At the end of the challenge, teachers and students evaluated the products using a semantic differential method and answered a questionnaire assessing the activity. Results: In the semantic differential method, all participants evaluated usefulness, functionality and organization of the product rather than its originality. The greatest discrepancies in evaluation were found between design and health teachers. Students positively evaluated the challenge, although the weakest point was its coordination. Conclusions: CBL and interdisciplinary work are adequate tools for the development of innovative competences, as well as understanding the central elements of innovation.
Subject(s)
Humans , Students, Health Occupations/psychology , Teaching/education , Equipment Design/methods , Interdisciplinary Placement/methods , Perception , Semantic Differential , Surveys and Questionnaires , Mental CompetencyABSTRACT
Background: The widespread growth of higher education is increasing the heterogeneity of university students in terms of socioeconomic characteristics, academic story and cultural background. Medical schools are not an exception of this phenomenon. Aim: To compare the academic background and self-directed learning behavior of students who entered to a public medial school between 2010 and 2014. Material and Methods: A non-probabilistic sample of 527 medical students aged between 17 and 29 years (60% men), was studied. Their academic information was collected from the University data base; they answered the Self-directed learning readiness scale of Fisher. Results: Students from the 2014 cohort had higher high school grades than their counterparts. The scores in mathematics of the Scholarship Aptitude Test (SAT) were higher in the cohorts of 2010 and 2011. Those of the sciences test were superior in the 2013 cohort. The 2014 cohort had the lower general score of self-directed learning behaviors. Conclusions: The lower SAT and self-directed learning scores of the students entering medical school in 2014, indicate the progressive increase in the heterogeneity of Medical students.