Este artículo presenta la experiencia del uso de un conjunto de técnicas de aprendizaje combinadas en el contexto de una asignatura de segundo curso de ingeniería (campos electromagnéticos), prestando una atención especial al punto de vista de los alumnos y a su percepción de utilidad para ellos mismos. Entre las técnicas usadas hay algunas más tradicionales como clases magistrales o resolución de problemas a cargo del profesor, y otras más innovadoras como videos, pruebas de un minuto, resúmenes orales diarios y trabajo en equipo en el aula. Las escuelas de ingenieros han sido tradicionalmente poco dadas a cambios radicales en sus métodos de enseñanza, pero al mismo tiempo, la evolución actual de los requerimientos de la industria, las hace especialmente conscientes de la necesidad urgente de nuevas ideas en el campo de la docencia, colocándolas en una posición de liderazgo en el desarrollo de nuevas técnicas de enseñanza. Este trabajo pretende ser un paso decidido en la dirección de un cambio positivo de los estudios de ingeniería. Abstract-This paper presents the experience of trialling a variety of combined learning techniques in the framework of a second-year engineering subject (Electromagnetic Fields), paying special attention to the point of view of the students and the usefulness perceived by them. The techniques include both traditional ones such as lecturing and problem solving by the teacher, as well as more innovative ones such as videos, minute papers, daily summary presentations and in-class team working. Engineering schools have been traditionally reluctant to implement profound changes in their teaching techniques but at the same time, the current evolution of the requirements of the industrial sector makes them aware of the urgent need for new ideas in the field of teaching, and so inevitably gives them a potentially leading role in the development of new classroom techniques. This work is intended as a firm step in the direction of positive change for engineering studies.
What are the origins of consequential validity? What is the role of intended test use in validation? Is the study of unintended effects part of validation? What practical problems does this pose?
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