Medical Student’s Use of Time During Clinical Clerkships and the Credits Based System

Introduction: Comprehensive undergraduate education in clinical sciences is grounded on activities developed during clerkships. To implement the credits system we must know how these experiences take place. Objectives: to describe how students spend time in clerkships, how they assess the educative value of activities and the enjoyment it provides. Method: We distributed a form to a random clustered sample of a 100 students coursing clinical sciences, designed to record the time spent, and to assess the educative value and the grade of enjoyment of the activities in clerkship during a week. Data were registered and analyzed on Excel® 98 and SPSS. Results: mean time spent by students in clerkship activities on a day were 10.8 hours. Of those, 7.3 hours (69%) were spent in formal education activities. Patient care activities with teachers occupied the major proportion of time (15.4%). Of the teaching and learning activities in a week, 28 hours (56%) were spent in patient care activities and 22.4 hours (44.5%) were used in independent academic work. The time spent in teaching and learning activities correspond to 19 credits of a semester of 18 weeks. The activities assessed as having the major educational value were homework activities (4.6) and formal education activities (4.5). The graded as most enjoyable were extracurricular activities, formal educational activities and independent academic work. Conclusion: our students spend more time in activities with patients than the reported in literature. The attending workload of our students is greater than the one reported in similar studies.

Colombian Medical Education System: A Hundred Years Behind

Almost one hundred years ago the Carnegie Foundation for the Advancement of Teaching authorized a study and report about the medical education of the United States and Canada directed by Mr. Abraham Flexner an education expert of the time. This report turned out to be one of the most important documents of the medical education revolution that took place by that time in North America and that led it to become what it is today. Almost a century after that, Colombian medical education has reached an outstanding similarity to the system described in the Flexner report. The present article highlights the parallel between North America’s medical education situation a hundred years ago and Colombia’s actual medical education situation. We present here some notions about the actual education system based on what was described on 1910 and which we consider, constitutes the current medical education situation on our country and possibly on many Latin American countries.

¿Impactó el programa de Tutores Pares a sus tutores?

Introducción: El programa de Tutores Pares-TP es una iniciativa creada en la EMCS de la Universidad del Rosario que brinda acompañamiento académico a través de estudiantes-tutores a pares menos avanzados. Éste entrega a sus Tutores sistemáticamente, herramientas para desempeñarse armónicamente en el ejercicio de guía y provee habilidades para el manejo del saber. Este estudio busca explorar posibles ´impactos´ generados tras la participación de estudiantes de medicina como TPs dentro de un programa estructurado. Materiales y métodos: Estudio cualitativo que involucró la construcción y aplicación de encuestas a grupos focales –TPs, Docentes y Familiares- creadas a partir de seis ejes/categorías que enmarcan al médico ideal. Las respuestas obtenidas de preguntas cerradas –en escala valorativa- y de naturaleza abierta fueron sometidas a análisis descriptivo –modas- y triangulación. Resultados: 41 tutores, agrupados en 4 grupos de análisis, evidenciaron un impacto general positivo con predominio en habilidades interpersonales (60%,65%,66%,45%, respectivamente), funciones/actividades basadas en la práctica y mejoramiento (57%,67%,60%,45%) y la forma como se emplean los conocimientos (47%,70%,67%,48%). Ocho docentes encuestados consideraron relevante el impacto del programa en habilidades interpersonales-(49%), conocimientos-(42%) y la interacción con colegas-(38%). En los padres de familia hay consenso en el cambio en habilidades interpersonales, funciones basadas en la práctica y mejoramiento y en actitudes-valores ético/morales. Dichos resultados están en paralelo con las observaciones plasmadas en las preguntas abiertas. Conclusiones: Se evidenció un impacto general positivo en la formación y desempeño profesional tras la participación como TPs dentro del programa; hallazgo que soporta aquellos publicados de experiencias académicas similares.

Riesgo de accidentes biológicos en estudiantes de la salud: revisión de la literatura en los últimos 14 años.

Introducción: Todos los trabajadores del área de la salud están en riesgo de padecer un accidente biológico. No obstante los estudiantes de estas aéreas, pueden presentar más riesgo porque apenas están en formación y no tienen la práctica o experiencia suficiente. Existen varios artículos que han estudiado la incidencia y prevalencia de accidentes biológicos en los trabajadores del área de la salud, Sin embargo, sobre esta problemática de la población estudiantil del área de la salud, se encuentra menos literatura. Por lo tanto con esta revisión sistemática se busca analizar y actualizar este tema. Métodos: Se realizó una revisión de la literatura científica de artículos publicados en los últimos 14 años, en relación con la prevalencia de accidentes biológicos en estudiantes de medicina, odontología, enfermería y residentes del área de la salud a nivel mundial. Se llevó a cabo la búsqueda en la base de datos de Pubmed, encontrando un total de 100 artículos, escritos en inglés, francés, español o portugués. Resultados: Las prevalencias encontradas sobre accidentes biológicos en estudiantes fueron las siguientes: en países europeos a nivel de enfermería los valores oscilan entre 10.2 % a 32%, en medicina fueron del 16%-58.8%, y en odontología del 21 %. En países asiáticos, se encontró que en enfermería el porcentaje varía de 49%-96 %, en medicina van del 35% -68%, y en odontología varia de 68.a 75.4%. En Norte América, en medicina las cifras fluctúan alrededor del 11-72.7 % y en odontología giran alrededor del 19.1%. Finalmente respecto a Suramérica la prevalencia fue de 31.2 a 46.7% en medicina, y del 40% en enfermería. Conclusiones: Por lo anterior se pudo concluir que, la prevalencia de accidentes biológicos en los estudiantes del área de la salud es elevada y varía según el continente en el que se encuentren.

A means of assessing the wastage of efficiency in undergraduate education. 'Un método para evaluar las pérdidas de eficiencia en la educación de pregrado'.

Resumen tomado de la publicación

Teaching and learning geometry : issues and methods in mathematical education.

Recurso para la evaluación de la enseñanza y el aprendizaje de la geometría en la enseñanza secundaria desde la perspectiva de los nuevos docentes y de los que tienen más experiencia. Está diseñado para ampliar y profundizar el conocimiento de la materia y ofrecer consejos prácticos e ideas para el aula en el contexto de la práctica y la investigación actual. Hace especial hincapié en: comprender las ideas fundamentales del currículo de geometría; el aprendizaje de la geometría de manera efectiva; la investigación y la práctica actual; las ideas erróneas y los errores; el razonamiento de la geometría; la solución de problemas; el papel de la tecnología en el aprendizaje de la geometría.

AS - A Level sociology : education and sociological research methods.

Guía de bolsillo para la revisión de los temas clave en el área de la sociología para alumnos de bachillerato (segundo ciclo de educación secundaria), niveles AS y A, con doscientas cincuenta preguntas rápidas y sus respuestas, organizadas en secciones temáticas y con consejos de examen. Contiene: educación, métodos sociológicos e investigación educativa en sociología.

Research methods in education.

El libro recoge todos los métodos empleados en las distintas etapas de la investigación educativa. Está dividido en cinco partes (el contexto de la investigación educativa, la planificación de la investigación educativa, los estilos de investigación, las estrategias para la recolección de datos, y la investigación y el análisis de datos), y trata temas como la ética en la investigación social y educativa, el muestreo, el diseño de cuestionarios, el análisis cuantitativo y cualitativo de datos, estadística, y la investigación basada en Internet. Contiene referencias a páginas web con material de apoyo y ejemplos prácticos de la teoría presentada.

The undergraduate level (1st study cycle) as a fundamental platform/ standard for the development of Urban and Regional Planning in higher education programs

The ongoing reforms, which were introduced under the Bologna Process and have already been extended outside of Europe , are a unique opportunity for reinforcing and structuring a common platform of understanding among members, based on the full time undergraduate courses in ( Urbanismo) Urban and Regional Planning. The training programs at this 1st cycle level, will obviously continue with the 2nd and 3rd cycles (Bachelor's Degree, Master's Degree and PhD Degree or 3+2+3 years). The training programs at this full time 1st cycle level, can also becomes the framework of understanding for the development of research in the urban fields at national and international levels.

A tool for mapping research skills in undergraduate curricula

There has been considerable interest recently in the teaching of skills to undergraduate students. However, existing methods for collating data on how much, where and when students are taught and assessed skills have often been shown to be time-consuming and ineffective. Here, we outline an electronic research skills audit tool that has been developed to map both transferable and discipline-specific skills teaching and assessment within individual modules, the results of which can be collated and analysed across entire degree programmes. The design and use of the audit tool is described in detail and a bioscience case study is presented to illustrate the types of data that can be collected. The audit tool has been designed as a time-effective way of collecting information on skills teaching and assessment, but also actively encourages staff to reflect on their teaching and learning practices. Conclusions are drawn about the practicalities of using the audit tool and its importance in both curriculum design and as a resource to encourage dialogue with graduate employers.

A vector approach to the assessment of undergraduate engineering courses

In any undergraduate engineering programme there is a need to assess the balance and flavour of the various educational strands. In order for a quality assurance of these programmes to be met there is a need to evaluate the course load, academic content and the assessment marks of each course in the undergraduate programme. The existing ranges of QA methods for these programmes are focused on one or two of these issues and do not provide a comprehensive assessment procedure. Following a review of the existing QA methods, this paper will define a three-dimensional approach to the assessment of the educational aspects of an undergraduate course. Various features of this method will be described and potential benefits explained.

Introducing Undergraduate Students to Science

Understanding the scientific method fosters the development of critical thinking and logical analysis of information. Additionally, proposing and testing a hypothesis is applicable not only to science, but also to ordinary facts of daily life. Knowing the way science is done and how its results are published is useful for all citizens and mandatory for science students. A 60-h course was created to offer undergraduate students a framework in which to learn the procedures of scientific production and publication. The course`s main focus was biochemistry, and it was comprised of two modules. Module I dealt with scientific articles, and Module II with research project writing. Module I covered the topics: 1) the difference between scientific knowledge and common sense, 2) different conceptions of science, 3) scientific methodology, 4) scientific publishing categories, 5) logical principles, 6) deductive and inductive approaches, and 7) critical reading of scientific articles. Module II dealt with 1) selection of an experimental problem for investigation, 2) bibliographic revision, 3) materials and methods, 4) project writing and presentation, 5) funding agencies, and 6) critical analysis of experimental results. The course adopted a collaborative learning strategy, and each topic was studied through activities performed by the students. Qualitative and quantitative course evaluations with Likert questionnaires were carried out at each stage, and the results showed the students` high approval of the course. The staff responsible for course planning and development also evaluated it positively. The Biochemistry Department of the Chemistry Institute of the University of Sao Paulo has offered the course four times.