Collection Foundation Year RTS Part 3 Week 2 AY2012-13

reading for private study during week 2, to be used in conjunction with week 1 collection

Foundation Year RTS Part 3 Motivation Quiz

A short self evaluation quiz looking at motivation

Foundation Year RTS Part 3 Planning Quiz

A short self evaluation quiz looking at planning

Propuesta académica para la Universidad del Rosario: Maestría en Administración Deportiva

Consiste en la propuesta de un programa de maestría para la Universidad Del Rosario en Administración Deportiva. Esto teniendo en cuenta el espacio para la profesionalización de este campo en el país

Organização da escola e as necessidades educativas especiais

RESUMO: Este estudo tem como objetivo analisar as entidades que interagem entre si para tornar a Escola verdadeiramente inclusiva: Órgãos de Gestão e Professores. Se no caso dos primeiros, estamos a falar de decisões a dois níveis, pedagógico e organizacional, como por exemplo a nível dos processos de avaliação, ou no estabelecimento de um critério de atribuição das turmas aos professores mais experientes, logo mais capazes para lidar com estas dificuldades inerentes aos alunos com NEE, no caso dos professores falamos exclusivamente de decisões a nível pedagógico, relacionadas com formas de organização, construção de currículo, formações de grupos ou a definição de tutorias durante a aula. A recolha de dados, feita a partir de um conjunto de entrevistas a professores e directores de escolas, e a sua análise qualitativa permitiu apurar que no caso dos professores, as decisões tomadas têm ido ao encontro dos estudos actuais, com métodos de trabalho que assentam no trabalho cooperativo (Johnson, &, Johnson, 1990) como meio de promover a inclusão destes alunos no seio de uma turma regular. Em relação às escolas analisadas, não existem critérios consistentes para distribuição dos alunos com necessidades educativas permanentes por diferentes turmas, com desrespeito do quadro normativo, nem para a atribuição de turmas aos professores. o que na prática significa que frequentemente as turmas com mais alunos portadores de necessidades educativas especiais são atribuídas de forma aparentemente aleatória, recaindo nos professores em início de carreira e em estágio pedagógico, a quem é pedido que façam as pontes entre a escola e as respectivas famílias, entre a investigação e a prática lectiva, numa relação contínua de estudo, reflexão e acção. ABSTRACT: This qualitative based study, aims at analyzing the interactions between the two entities responsible for promoting inclusive schools: Governing Bodies and Teachers. Supported by the legal framework concerning the conditions to include Special Needs Students in regular schools, the former are the ones responsible for, at educational and organizational levels, establishing the guidelines for learning assessment and setting the criteria for assigning students to classes and classes to teachers. The teachers are in charge of decisions concerning the field work, such as the relationships with families, the issues of classroom work, and of responding to students’ learning needs, may these be permanent or occasional. Regardless of their experience in classroom teaching, it is the responsibility of each teacher to care for their classroom inclusiveness, taking care of the specificities of the Special Needs Students allocated to their classes, and taking decisions concerning the classroom organization, the composition of the working groups , the curriculum administration and the involvement of all students in tutoring the “special” ones , so that they may be included as successful class members, according to the level of expectations designed for their conditions. Governing Bodies and teachers behaved differently in responding to the interviews designed for this study, teachers being more open to talk about their conditions of work, their teaching strategies and working methods. These are based on classroom cooperative work, coping with the current research findings on the same issues of inclusion in regular school settings. It is up to them to bridge school and families, knowledge and practice, self-study, reflection and action. Governing bodies, however, revealed to be more inconsistent in assigning teachers to classes, and in allocating Special Needs Students to regular classes, often skipping what is established in the national norms.

Example uses of a learning object

A self study course for learning to program using the C programming language has been developed. A Learning Object approach was used in the design of the course. One of the benefits of the Learning Object approach is that the learning material can be reused for different purposes. 'Me course developed is designed so that learners can choose the pedagogical approach most suited to their personal learning requirements. For all learning approaches a set of common Assessment Learning Objects (ALOs or tests) have been created. The design of formative assessments with ALOs can be carried out by the Instructional Designer grouping ALOs to correspond to a specific assessment intention. The course is non-credit earning, so there is no summative assessment, all assessment is formative. In this paper examples of ALOs and their uses is presented together with their uses as decided by the Instructional Designer and learner. Personalisation of the formative assessment of skills can be decided by the Instructional Designer or the learner using a repository of pre-designed ALOs. The process of combining ALOs can be carried out manually or in a semi-automated way using metadata that describes the ALO and the skill it is designed to assess.

Electronic voting systems in undergraduate teaching

One of the major differences undergraduates experience during the transition to university is the style of teaching. In schools and colleges most students study key stage 5 subjects in relatively small informal groups where teacher–pupil interaction is encouraged and two-way feedback occurs through question and answer type delivery. On starting in HE students are amazed by the sizes of the classes. For even a relatively small chemistry department with an intake of 60-70 students, biologists, pharmacists, and other first year undergraduates requiring chemistry can boost numbers in the lecture hall to around 200 or higher. In many universities class sizes of 400 are not unusual for first year groups where efficiency is crucial. Clearly the personalised classroom-style delivery is not practical and it is a brave student who shows his ignorance by venturing to ask a question in front of such an audience. In these environments learning can be a very passive process, the lecture acts as a vehicle for the conveyance of information and our students are expected to reinforce their understanding by ‘self-study’, a term, the meaning of which, many struggle to understand. The use of electronic voting systems (EVS) in such situations can vastly change the students’ learning experience from a passive to a highly interactive process. This principle has already been demonstrated in Physics, most notably in the work of Bates and colleagues at Edinburgh.1 These small hand-held devices, similar to those which have become familiar through programmes such as ‘Who Wants to be a Millionaire’ can be used to provide instant feedback to students and teachers alike. Advances in technology now allow them to be used in a range of more sophisticated settings and comprehensive guides on use have been developed for even the most techno-phobic staff.

A autonomia no processo de ensino-aprendizagem para a formação de professores de língua estrangeira: espanhol

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Capacidade de auto-recuperação de cursos d'água urbanos: estudo de caso : Córrego Campestre em Lins - SP

Pós-graduação em Engenharia Civil - FEIS

Towards a more effective model for distance education

What is the most effective model for academic distance education, given that drop-out numbers in traditional distance education institutions are too high and the demands from the various stakeholders are changing? In this paper this question is answered from the perspective of the Open University of the Netherlands (OUNL). The OUNL has planned to redesign its educational model from the traditional guided self-study model towards a model of active online learning. In essence this means that education will be less content driven; more focus is put on activating students to engage with real world problems supported by tutors and peers using distance media. The drivers for change, the change process and the resulting redesign of the educational model are presented in this paper.

Una propuesta de análisis para el estudio de revistas culturales

Este artículo expone de manera organizada e integrada unidades de análisis para estudiar revistas culturales. Consideramos que como un objeto de estudio autónomo, debe ser reconstruida a partir de la relación de sus propios términos como un dispositivo cultural complejo, en el cual interactúan numerosos elementos. Para dar cuenta de esto, la presente propuesta de análisis organiza las variables y las sistematiza en tres grandes categorías con sus respectivas variables. Con ello, busca restaurar el sentido material e inmaterial de una revista -dimensiones presentes e indisociables-, a través del estudio de los aspectos técnicos, de contenido y aquellos que hacen a la conformación de la geografía humana que da origen y sustenta la vida de estas publicaciones

Una propuesta de análisis para el estudio de revistas culturales

Este artículo expone de manera organizada e integrada unidades de análisis para estudiar revistas culturales. Consideramos que como un objeto de estudio autónomo, debe ser reconstruida a partir de la relación de sus propios términos como un dispositivo cultural complejo, en el cual interactúan numerosos elementos. Para dar cuenta de esto, la presente propuesta de análisis organiza las variables y las sistematiza en tres grandes categorías con sus respectivas variables. Con ello, busca restaurar el sentido material e inmaterial de una revista -dimensiones presentes e indisociables-, a través del estudio de los aspectos técnicos, de contenido y aquellos que hacen a la conformación de la geografía humana que da origen y sustenta la vida de estas publicaciones

Una propuesta de análisis para el estudio de revistas culturales

Este artículo expone de manera organizada e integrada unidades de análisis para estudiar revistas culturales. Consideramos que como un objeto de estudio autónomo, debe ser reconstruida a partir de la relación de sus propios términos como un dispositivo cultural complejo, en el cual interactúan numerosos elementos. Para dar cuenta de esto, la presente propuesta de análisis organiza las variables y las sistematiza en tres grandes categorías con sus respectivas variables. Con ello, busca restaurar el sentido material e inmaterial de una revista -dimensiones presentes e indisociables-, a través del estudio de los aspectos técnicos, de contenido y aquellos que hacen a la conformación de la geografía humana que da origen y sustenta la vida de estas publicaciones

El vídeo didáctico, facilitador del aprendizaje/auto-aprendizaje

Entre los recursos susceptibles de ser utilizados en red, desarrollados por el grupo de Innovación Educativa INNGEO, cabe destacar la producción de 13 vídeos que constituyen un valioso material para facilitar las Observaciones de campo en asignaturas de la materia “Topografía” del Grado en Ingeniería Geomática y Topografía; son, en la práctica, “la versión audiovisual” de los Cuadernos de observaciones de campo, tan enraizados en el “saber hacer” de las materias específicas de la titulación objeto de innovación. Con el objetivo principal de hacer del vídeo docente un recurso facilitador del aprendizaje/autoaprendizaje, se presenta, no solo la metodología, técnicas y tecnologías utilizadas en su diseño y producción, sino también el impacto que en asignaturas, Escuela, UPM y mundo técnico ha generado desde su incorporación como recurso innovador en asignaturas implementadas en Moodle, hasta su publicación en abierto en el Canal UPM de YouTube y en iTunes U. Abstract: Among the resources that could be used in a network, developed by the Educational Innovation INNGEO group included the production of 13 videos that provide va luable material for facilitating field observations in subjects of the matter "Topography" of the Engineering Degree in Geomatics and Surveying; They are, in practice, "visual version" of the Journal of field observations, as rooted in the "know how to do" of the specific subjects of the degree object of innovation. With the aim of making the educational video a resource facilitator of learning / self - study is presented, not only the methodology, techniques and technologies used in design and production, but also the impact on subjects, School, UPM and technical world has generated from its incorporation as a resource implemented innovative courses Moodle, until its open publication in the UPM Channel in YouTube and iTunes U.

An interactive web-based learning assistant for structural analysis of continuous beams

There are significant levels of concern about the relevance and the difficulty of learning some issues on Strength of Materials and Structural Analysis. Most students of Continuum Mechanics and Structural Analysis in Civil Engineering usually point out some key learning aspects as especially difficult for acquiring specific skills. These key concepts entail comprehension difficulties but ease access and applicability to structural analysis in more advanced subjects. Likewise, some elusive but basic structural concepts, such as flexibility, stiffness or influence lines, are paramount for developing further skills required for advanced structural design: tall buildings, arch-type structures as well as bridges. As new curricular itineraries are currently being implemented, it appears appropriate to devise a repository of interactive web-based applications for training in those basic concepts. That will hopefully train the student to understand the complexity of such concepts, to develop intuitive knowledge on actual structural response and to improve their preparation for exams. In this work, a web-based learning assistant system for influence lines on continuous beams is presented. It consists of a collection of interactive user-friendly applications accessible via Web. It is performed in both Spanish and English languages. Rather than a “black box” system, the procedure involves open interaction with the student, who can simulate and virtually envisage the structural response. Thus, the student is enabled to set the geometric, topologic and mechanic layout of a continuous beam and to change or shift the loading and the support conditions. Simultaneously, the changes in the beam response prompt on the screen, so that the effects of the several issues involved in structural analysis become apparent. The system is performed through a set of web pages which encompasses interactive exercises and problems, written in JavaScript under JQuery and DyGraphs frameworks, given that their efficiency and graphic capabilities are renowned. Students can freely boost their self-study on this subject in order to face their exams more confidently. Besides, this collection is expected to be added to the "Virtual Lab of Continuum Mechanics" of the UPM, launched in 2013 (http://serviciosgate.upm.es/laboratoriosvirtuales/laboratorios/medios-continuos-en-construcci%C3%B3n)