Las Infraestructuras de Datos Espaciales (IDE) como un recurso educativo TIC . Estrategias de formación y difusión para el profesorado de la Educación Secundaria Obligatoria

Desde mediados de los 90, gracias a las posibilidades de la World Wide Web, se liberó la cartografía de su dependencia del medio físico, posibilitando el acceso y visualización de millones de mapas almacenados en formatos gráficos a través de Internet. En este contexto, el papel de la Información Geográfica (IG) en la vida cotidiana adquirió relevancia en la medida que el acceso a la misma resultaba cada vez más fácil gracias a múltiples herramientas y aplicaciones para distribuir y acercar los mapas en distintos formatos a la sociedad en general. Sin embargo, dado que esa información enseguida pasaba a estar desactualizada, surgió una demanda desde distintos ámbitos (seguridad, medio ambiente transporte, servicios, etc.) y de la sociedad en general para disponer de la información más actual. Como respuesta a esta demanda, surgen las iniciativas denominadas Infraestructuras de Datos Espaciales (IDE). Estas iniciativas, mediante la acción coordinada de un conjunto de tecnologías, estándares, normas y políticas, brindan la posibilidad a los usuarios de acceder, a través de Internet, a IG actualizada producida por instituciones y organismos oficiales, en un marco colaborativo y sustentada en una estructura organizativa. En este contexto, el ámbito educativo no ha permanecido ajeno representando uno de los espacios más propicios para la difusión de las potencialidades y usos de las IDE. En esta tesis se propone la utilización de las IDE en el contexto educativo, específicamente en la Educación Secundaria Obligatoria (ESO). Utilizar las IDE en el contexto educativo implica asignarle un papel en el proceso de enseñanza-aprendizaje y en el marco de esta tesis se presentan los fundamentos teóricos que permiten afirmar que las IDE son un re-curso educativo que responde a las características de las Tecnologías de la Información y la Comunicación (TIC). Esto se explicita a través de un concepto más amplio que hemos denominado “recurso educativo TIC”. En este contexto se analizan las posibilidades que ofrece las IDE para alcanzar los objetivos de aprendizaje de asignaturas de la ESO relacionadas con IG y se identifican contenidos susceptibles de ser abordados utilizándolas. Por otra parte, atendiendo al modelo educativo del aprendizaje basado en competencias, se exponen las posibilidades y potencialidades que ofrecen las IDE para desarrollar la competencia digital. Una vez planteado el marco teórico se desarrollaron dos estrategias de formación y difusión de las IDE orientadas al profesorado de la ESO. En primer lugar, utilizando el Modelo de Diseño Instruccional ADDIE, se diseñaron, desarrollaron, implementaron y evaluaron tres cursos e-learning para el profesorado de ESO de las asignaturas Ciencias Sociales, Ciencias de la Naturaleza y Tecnología. En segundo lugar, con objetivo de complementar los resultados obtenidos de los cursos e-learning, se realizó una actividad en dos Institutos de Educación Secundaria orientada a difundir las IDE. La puesta en práctica de estas estrategias ofreció al profesorado la información necesaria sobre qué son las IDE y proporcionó ejemplos concretos de uso de las mismas en su asignatura, permitiéndoles disponer de los conocimientos e información para emitir una valoración sobre las posibilidades que ofrecen las IDE como un recurso educativo TIC. Since about the middle of the 1990 decade, owing to the potential of the World Wide Web, cartography freed itself from its dependence on its physical support, enabling the access and visualisation of millions of maps stored in graphical formats through the Internet. In this context, the role of Geographic Information (GI) in daily life became relevant in as much as its access turned out to be ever easier due to multiple tools and applications to distribute and bring maps in different formats closer to society in general. Yet, since the information available often became outdated, a demand for updated information arose from different specific fields (security, environment, transport, services, etc.) and from the general public. As a response to this demand, the so-called Spatial Data Infrastructure (SDI) initiatives arose which, through the coordinated action of a set of technologies, stan-dards, and policies, enabled users to access updated GI created by organisations and official institutions, through the Internet, within a cooperative framework and an organisational structure. In this context the educational world has not remained aloof, since it represented one of the most propitious scope for the dissemination of the potentials and uses of SDI. In this thesis the utilization of SDI in the educational context is proposed, specifically in the Spanish Compulsory Secondary Education (Educación Secundaria Obligatoria – ESO). This utilization implies assigning SDI a role in the teaching-learning process; here the theo-retical foundation is presented which allows asserting that SDI is an educational resource fitting in with the characteristics of the Information and Communication Technologies (ICT). This is made explicit by means of a broader concept we have called “ICT educa-tional resource”. The possibilities offered by SDI to reach the objective of learning ESO subjects related to GI are analyzed, and contents apt to be addressed by using them are identified. On the other hand, attending to the educational model of learning based on competences, the possibilities and potentials the SDI offer to develop the digital compe-tence are exposed. After having set forth the theoretical frame, two strategies of training and dissemination of SDI were developed, oriented to the ESO teaching staff. First, using the ADDIE Instruc-tional Design Model, three learning courses were designed, developed, implemented and evaluated for the ESO teaching staff in the subjects of Social Sciences, Natural Sciences and Technology. In the second place, with the purpose of supplementing the results ob-tained from the e-learning courses, an activity was carried out in two High Schools, ori-ented to disseminate the SDI. The implementation of these strategies offered the teaching staff the needed information concerning the SDI and provided specific instances of utilisa-tion thereof in their subject, thus enabling them to acquire the knowledge and information to issue an assessment of the possibilities the SDI offer as an ICT educational resource

Motivating Young Students to Start a Career in Nuclear: The Basic Course of Science and Nuclear Technology, An Educational Activity of Spanish Young Generation in Nuclear (JÓVENES NUCLEARES)

The main objective of this course, conducted by Jóvenes Nucleares (Spanish Young Generation in Nuclear, JJNN), a non-profit organization that depends on the Spanish Nuclear Society (SNE) is to pass on basic knowledge about Science and Nuclear Technology to the general public, mostly students and introduce them to its most relevant points. The purposes of this course are to provide general information, to answer the most common questions about Nuclear Energy and to motivate the young students to start a career in nuclear. Therefore, it is directed mainly to high school and university students, but also to general people that wants to learn about the key issues of such an important matter in our society. Anybody could attend the course, as no specific scientific education is required. The course is done at least once a year, during the Annual Meeting of the Spanish Nuclear Society, which takes place in a different Spanish city each time. The course is done also to whichever university or institution that asks for it to JJNN, with the only limit of the presenter´s availability. The course is divided into the following chapters: Physical nuclear and radiation principles, Nuclear power plants, Nuclear safety, Nuclear fuel, Radioactive waste, Decommission of nuclear facilities, Future nuclear power plants, Other uses of nuclear technology, Nuclear energy, climate change and sustainable development. The course is divided into 15 minutes lessons on the above topics, imparted by young professionals, experts in the field that belongs either to the Spanish Young Generation in Nuclear, either to companies and institutions related with nuclear energy. At the end of the course, a 200 pages book with the contents of the course is handed to every member of the audience. This book is also distributed in other course editions at high schools and universities in order to promote the scientific dissemination of the Nuclear Technology. As an extra motivation, JJNN delivers a course certificate to the assistants. At the end of the last edition course, in Santiago de Compostela, the assistants were asked to provide a feedback about it. Some really interesting lessons were learned, that will be very useful to improve next editions of the course. As a general conclusion of the courses it can be said that many of the students that have assisted to the course have increased their motivation in the nuclear field, and hopefully it will help the young talents to choose the nuclear field to develop their careers

The educational learning lifecycle and the cloud computing

Currently, student dropout rates are a matter of concern among universities. Many research studies, aimed at discovering the causes, have been carried out. However, few solutions, that could serve all students and related problems, have been proposed so far. One such problem is caused by the lack of the "knowledge chain educational links" that occurs when students move onto higher studies without mastering their basic studies. Most regulated studies imparted at universities are designed so that some basic subjects serve as support for other, more complicated, subjects, thus forming a complicated knowledge network. When a link in this chain fails, student frustration occurs as it prevents him from fully understanding the following educational links. In this proposal we try to mitigate these disasters that stem, for the most part, the student?s frustration beyond his college stay. On one hand, we make a dissertation on the student?s learning process, which we divide into a series of phases that amount to what we call the "learning lifecycle." Also, we analyze at what stage the action by the stakeholders involved in this scenario: teachers and students; is most important. On the other hand, we consider that Information and Communication Technologies ICT, such as Cloud Computing, can help develop new ways, allowing for the teaching of higher education, while easing and facilitating the student?s learning process. But, methods and processes need to be defined as to direct the use of such technologies; in the teaching process in general, and within higher education in particular; in order to achieve optimum results. Our methodology integrates, as another actor, the ICT into the "Learning Lifecycle". We stimulate students to stop being merely spectators of their own education, and encourage them to take an active part in their training process. To do this, we offer a set of useful tools to determine not only academic failure causes, (for self assessment), but also to remedy these failures (with corrective actions); "discovered the causes it is easier to determine solutions?. We believe this study will be useful for both students and teachers. Students learn from their own experience and improve their learning process, while obtaining all of the "knowledge chain educational links? required in their studies. We stand by the motto "Studying to learn instead of studying to pass". Teachers will also be benefited by detecting where and how to strengthen their teaching proposals. All of this will also result in decreasing dropout rates.