Discovering the campus together: a mobile and computer-based learning experience

One of the most relevant difficulties faced by first-year undergraduate students is to settle into the educational environment of universities. This paper presents a case study that proposes a computer-assisted collaborative experience designed to help students in their transition from high school to university. This is done by facilitating their first contact with the campus and its services, the university community, methodologies and activities. The experience combines individual and collaborative activities, conducted in and out of the classroom, structured following the Jigsaw Collaborative Learning Flow Pattern. A specific environment including portable technologies with network and computer applications has been developed to support and facilitate the orchestration of a flow of learning activities into a single integrated learning setting. The result is a Computer-Supported Collaborative Blended Learning scenario, which has been evaluated with first-year university students of the degrees of Software and Audiovisual Engineering within the subject Introduction to Information and Communications Technologies. The findings reveal that the scenario improves significantly students’ interest in their studies and their understanding about the campus and services provided. The environment is also an innovative approach to successfully support the heterogeneous activities conducted by both teachers and students during the scenario. This paper introduces the goals and context of the case study, describes how the technology was employed to conduct the learning scenario, the evaluation methods and the main results of the experience.

QuesTInSitu: from tests to routes for assessment in situ activities

Test-based assessment tools are mostly focused on the use of computers. However, advanced Information and Communication Technologies, such as handheld devices, opens up the possibilities of creating new assessment scenarios, increasing the teachers’ choices to design more appropriate tests for their subject areas. In this paper we use the term Computing-Based Testing (CBT) instead of Computer-Based Testing, as it captures better the emerging trends. Within the CBT context, the paper is centred on proposing an approach for “Assessment in situ” activities, where questions have to be answered in front of a real space/location (situ). In particular, we present the QuesTInSitu software implementation that includes both an editor and a player based on the IMS Question and Test Interoperability specification and GoogleMaps. With QuesTInSitu teachers can create geolocated questions and tests (routes), and students can answer the tests using mobile devices with GPS when following a route. Three illustrating scenarios and the results from the implementation of one of them in a real educational situation show that QuesTInSitu enables the creation of innovative, enriched and context-aware assessment activities. The results also indicate that the use of mobile devices and location-based systems in assessment activities facilitates students to put explorative and spatial skills into practice and fosters their motivation, reflection and personal observation.

Hierachy-based methodology for producing educational contents with maximal reutilization

Computer based training or distance education are facing dramatic changes withthe advent of standardization efforts, some of them concentrating in maximal reuse.This is of paramount importance for a sustainable -cost affordable- production ofeducational materials. Reuse in itself should not be a goal, though, since manymethodological aspects might be lost. In this paper we propose two contentproduction approaches for the InterMediActor platform under a competence-basedmethodology: either a bottom-up approach where content is designed from scratchor a top-down methodology where existing material can be gradually adapted tofulfil requisites to be used with maximal flexibility into InterMediActor.

Arquitectura corporativa de web services

Este proyecto consiste en la realización de un sistema informático que se encargue de ampliar la red comercial de una compañía de seguros a través de Internet. Para ello se utiliza la tecnología de web services, que nos permite efectuar transacciones de datos de manera rápida, fiable y segura. El web service que se ha diseñado se encarga de resolver y dar respuesta tanto a peticiones de solicitud de precios como de emisión de pólizas en varios ramos. El objetivo es ofrecer al cliente final un método sencillo y próximo de cotización y emisión de seguros.

Laboratori Assistit per Ordinador mitjançant eines ofimàtiques convencionals

El projecte "Laboratori Asssit per Ordinador Mitjançant Eines Ofimàtiques Convencionals" ha estat realitzat en la facultat de Física de la Universitat de Barcelona durant els anys 2007 i 2008 (projecte biennal). El principal objectiu d’aquest projecte és demostrar la possibilitat d’utilitzar les eines informàtiques més habituals en la realització d’experiències de laboratori assistit per ordinador (LAO). En particular, es proposa la utilització del Excel © juntament amb les seves macros (Visual Basic para Aplicacions, VBA) en pràctiques de laboratori d’assignatures en l’àrea de Física Aplicada. Excel és un full de càlcul molt conegut i usat tant per professors com pels estudiants. En aquest treball mostrem exemples concrets que abasten les diferents tècniques de control i adquisició de dades: programació del port sèrie (RS- 232) i paral·lel, i interfase GPIB. La implementació d’aquestes tècniques es realitza mitjançant macros VBA de Excel. La resta de programació de l’aplicació LAO, la representació gràfica i el tractament de les dades, es realitza de forma molt simple a partir del maneig habitual d’un full de càlcul. La realització del projecte ha demostrat la conveniència d’aquesta metodologia. Actualment pràcticament la totalitat de les pràctiques LAO de les quals és responsable el Departament de Física Aplicada utilitzen la programació a través del full de càlcul. La resposta dels estudiants ha estat molt positiva. La combinació de les característiques d’aquesta eina juntament amb la programació VBA té un enorme potencial i representa, probablement, una forma senzilla d’introduir tant a l’alumne com al professor en el món de la programació.

Projecte Matic : Una eina d' ensenyament assistit per ordinador via internet

El projecte Matic vol crear un entorn d'EAO apte per a treballar qualsevol contingut acadèmic i personalitzat per a cada estudiant, seguint les directrius marcades pel professor, que en podrà fer el seguiment acadèmic.

Esquema criptogràfic per exàmens electrònics segurs

L'objectiu d'aquest projecte és implementar un esquema criptogràfic que permeti fer exàmens electrònics de manera segura. L'esquema presentat en el projecte garanteix, mitjançant protocols i procediments, cadascuna de les etapes que es poden trobar en aquest cicle de vida.

Projecte de usabilitat : Menú gestió acadèmica telemàtica de la Universitat Oberta de Catalunya

La finalitat general d'aquest projecte és dissenyar i avaluar la facilitat d'ús del menú de l'aplicació GAT. Els objectius principals són ordenar, agrupar i classificar les opcions del menú, agrupar-les per processos i subprocessos de la UOC, disminuir l'adaptació a l'aplicació, facilitar-ne l'aprenentatge i distingir amb claredat si és una opció de tipus formulari o de tipus web.

Tecnobilingüe.NET

Portal web, usando tecnología .NET, destinado a alumnos de secundaria que cursan la asignatura de Tecnología de forma bilingüe.

Anàlisi, disseny i implementació d'un aplicatiu gestor de documents produïts pel professorat d'un departament d'educació virtual.

L'objectiu principal d'aquest treball és exposar els passos seguits per desenvolupar un projecte - TFC E-learning amb les següents fases: anàlisi del context, disseny, elecció del tipus de tecnologia, implementació i proves.

Application of a support system to the design of wastewater treatment plants

This paper presents a case study that explores the advantages that can be derived from the use of a design support system during the design of wastewater treatment plants (WWTP). With this objective in mind a simplified but plausible WWTP design case study has been generated with KBDS, a computer-based support system that maintains a historical record of the design process. The study shows how, by employing such a historical record, it is possible to: (1) rank different design proposals responding to a design problem; (2) study the influence of changing the weight of the arguments used in the selection of the most adequate proposal; (3) take advantage of keywords to assist the designer in the search of specific items within the historical records; (4) evaluate automatically thecompliance of alternative design proposals with respect to the design objectives; (5) verify the validity of previous decisions after the modification of the current constraints or specifications; (6) re-use the design records when upgrading an existing WWTP or when designing similar facilities; (7) generate documentation of the decision making process; and (8) associate a variety of documents as annotations to any component in the design history. The paper also shows one possible future role of design support systems as they outgrow their current reactive role as repositories of historical information and start to proactively support the generation of new knowledge during the design process

Analysing Professional Discourse in Interactive Learning: Integrating Historical and Situational Perspectives

Peer-reviewed

A teaching/learning support tool for introductory programming courses

In This work we present a Web-based tool developed with the aim of reinforcing teaching and learning of introductory programming courses. This tool provides support for teaching and learning. From the teacher's perspective the system introduces important gains with respect to the classical teaching methodology. It reinforces lecture and laboratory sessions, makes it possible to give personalized attention to the student, assesses the degree of participation of the students and most importantly, performs a continuous assessment of the student's progress. From the student's perspective it provides a learning framework, consisting in a help environment and a correction environment, which facilitates their personal work. With this tool students are more motivated to do programming

Curriculum sequencing for an e-learning system based on learning styles

This work shows the use of adaptation techniques involved in an e-learning system that considers students' learning styles and students' knowledge states. The mentioned e-learning system is built on a multiagent framework designed to examine opportunities to improve the teaching and to motivate the students to learn what they want in a user-friendly and assisted environment

Teaching fundamentals of computing theory: a constructivist approach

A Fundamentals of Computing Theory course involves different topics that are core to the Computer Science curricula and whose level of abstraction makes them difficult both to teach and to learn. Such difficulty stems from the complexity of the abstract notions involved and the required mathematical background. Surveys conducted among our students showed that many of them were applying some theoretical concepts mechanically rather than developing significant learning. This paper shows a number of didactic strategies that we introduced in the Fundamentals of Computing Theory curricula to cope with the above problem. The proposed strategies were based on a stronger use of technology and a constructivist approach. The final goal was to promote more significant learning of the course topics.