Recursos metodológicos utilizados por docentes de I y II ciclos de la educación general básica en la Dirección Regional de Heredia, al impartir los temas de probabilidad y estadística

Este artículo describe los métodos, técnicas de enseñanza y recursos didácticos, utilizados por una muestra de docentes de I y II Ciclo de la Educación General Básica en la Dirección Regional Educativa de Heredia al enseñar Probabilidad y Estadística, que surge como resultado de una investigación realizada en el 2009, en Costa Rica. Para obtener los datos necesarios se aplicó un cuestionario auto-administrado a dicha muestra de docentes. En relación con los métodos, dentro de los hallazgos más importantes se encontró una preferencia de los educadores entrevistados, hacia estrategias pedagógicas tradicionales (usan con mayor frecuencia los métodos: deductivo, expositivo, estudio de textos, colectivo). En cuanto a técnicas de enseñanza, se señalaron con uso frecuente la lluvia de ideas, las actividades lúdicas y el trabajo en grupos, que si bien son buenas herramientas para propiciar un proceso de enseñanza y aprendizaje en donde el estudiante interactúe con situaciones problemáticas, también pueden emplearse en lecciones tradicionales. La técnica elaboración de proyectos resultó de uso poco frecuente. Además, dentro los principales recursos didácticos elegidos por los docentes, para enseñar Probabilidad y Estadística, se destacan la pizarra y el material fotocopiado; aunque también se mencionaron las actividades lúdicas y el material concreto. Este artículo corresponde a parte de la investigación realizada en el proyecto Didáctica de la Probabilidad y la Estadística en primaria, adscrito y financiado por la Escuela de Matemática de la Universidad Nacional, bajo el código NCAG07.

Editorial

Presented in this bulletin educational innovation that changes the traditional teaching of library and documentation with the inclusion of tools such as computer and support documents: the compact disc, floppy disks, optical media mail. It proposes a contemporary conception of storage and retrieval revolutionizing the traditional world of paper.

La enseñanza tradicional de las ciencias versus las nuevas tendencias educativas

To think of an educational proposal that teaches how to learn, it is necessary to consider a change not only educationally but also political, social, economical, ecological, cultural, among others, to enable an understanding of reality and in which there can be a construction of knowledge and a crucial role of sciences. But we must not forget that the development of science has been marked by the so-called positivistic science that it is characterized by interpreting phenomena and how this function through theories and laws, where the context and humans have a very poor leading role, if any, to which one can call scientism, which has allowed development even above human needs. However, since the 90s, there is a resurgence of progressive humanism in the educational fields, where there is a search of a revaluation of what it is considered human, which involves a series of epistemological and methodological changes that drives us towards new ways of working. This calls us to reflect on extreme choices to build knowledge, beyond the traditional teaching of the sciences, which are comprehensive, systematic, and flexible and rooted in a humanistic culture. Some models of the new trends are: directed research, discovery learning, inquiry learning and teaching of science and new technologies.

The Students’ Perspective of Geometry Teaching and Learning in High School

The purpose of this article is to present the results obtained from a questionnaire applied to Costa Rican high school students, in order to know their perspectives about geometry teaching and learning. The results show that geometry classes in high school education have been based on a traditional system of teaching, where the teacher presents the theory; he presents examples and exercises that should be solved by students, which emphasize in the application and memorization of formulas. As a consequence, visualization processes, argumentation and justification don’t have a preponderant role. Geometry is presented to students like a group of definitions, formulas, and theorems completely far from their reality and, where the examples and exercises don’t possess any relationship with their context. As a result, it is considered not important, because it is not applicable to real life situations. Also, the students consider that, to be successful in geometry, it is necessary to know how to use the calculator, to carry out calculations, to have capacity to memorize definitions, formulas and theorems, to possess capacity to understand the geometric drawings and to carry out clever exercises to develop a practical ability.