Learning Activities with Semantic. Hypermedia in Higher Education

The increasing use of information and communication technologies (ICT) in diverse professional and personal contexts calls for new knowledge, and a set of abilities, competences and attitudes, for an active and participative citizenship. In this context it is acknowledged that universities have an important role innovating in the educational use of digital media to promote an inclusive digital literacy. The educational potential of digital technologies and resources has been recognized by both researchers and practitioners. Multiple pedagogical models and research approaches have already contributed to put in evidence the importance of adapting instructional and learning practices and processes to concrete contexts and educational goals. Still, academic and scientific communities believe further investments in ICT research is needed in higher education. This study focuses on educational models that may contribute to support digital technology uses, where these can have cognitive and educational relevance when compared to analogical technologies. A teaching and learning model, centered in the active role of the students in the exploration, production, presentation and discussion of interactive multimedia materials, was developed and applied using the internet and exploring emergent semantic hypermedia formats. The research approach focused on the definition of design principles for developing class activities that were applied in three different iterations in undergraduate courses from two institutions, namely the University of Texas at Austin, USA and the University of Lisbon, Portugal. The analysis of this study made possible to evaluate the potential and efficacy of the model proposed and the authoring tool chosen in the support of metacognitive skills and attitudes related to information structuring and management, storytelling and communication, using computers and the internet.

New Opportunities for Development Journalism: Enlarging the Public Sphere with ICTs

The present study examines new opportunities offered by the introduction of information and communication technologies (ICTs) to enhance the development journalism practice, in order to enlarge the public sphere and empower ordinary people to participate more actively in public debate on issues affecting their development. The analysis of the achievements and challenges faced by 32 radio stations under the UNESCO project “Empowering Local Radios with ICTs” offers an overview of the introduction of ICTs in different contexts, within and among seven countries in Sub- Saharan Africa. Even though the lack of ICTs access and knowledge is still a concern in the developing world, especially in rural areas, these new tools can be adapted to each context and foster a more pluralistic and participative media in order to address people’s needs and promote social change.

Bits, Atoms, and Information Sharing: new opportunities for participation

The particular characteristics and affordances of technologies play a significant role in human experience by defining the realm of possibilities available to individuals and societies. Some technological configurations, such as the Internet, facilitate peer-to-peer communication and participatory behaviors. Others, like television broadcasting, tend to encourage centralization of creative processes and unidirectional communication. In other instances still, the affordances of technologies can be further constrained by social practices. That is the case, for example, of radio which, although technically allowing peer-to-peer communication, has effectively been converted into a broadcast medium through the legislation of the airwaves. How technologies acquire particular properties, meanings and uses, and who is involved in those decisions are the broader questions explored here. Although a long line of thought maintains that technologies evolve according to the logic of scientific rationality, recent studies demonstrated that technologies are, in fact, primarily shaped by social forces in specific historical contexts. In this view, adopted here, there is no one best way to design a technological artifact or system; the selection between alternative designs—which determine the affordances of each technology—is made by social actors according to their particular values, assumptions and goals. Thus, the arrangement of technical elements in any technological artifact is configured to conform to the views and interests of those involved in its development. Understanding how technologies assume particular shapes, who is involved in these decisions and how, in turn, they propitiate particular behaviors and modes of organization but not others, requires understanding the contexts in which they are developed. It is argued here that, throughout the last century, two distinct approaches to the development and dissemination of technologies have coexisted. In each of these models, based on fundamentally different ethoi, technologies are developed through different processes and by different participants—and therefore tend to assume different shapes and offer different possibilities. In the first of these approaches, the dominant model in Western societies, technologies are typically developed by firms, manufactured in large factories, and subsequently disseminated to the rest of the population for consumption. In this centralized model, the role of users is limited to selecting from the alternatives presented by professional producers. Thus, according to this approach, the technologies that are now so deeply woven into human experience, are primarily shaped by a relatively small number of producers. In recent years, however, a group of three interconnected interest groups—the makers, hackerspaces, and open source hardware communities—have increasingly challenged this dominant model by enacting an alternative approach in which technologies are both individually transformed and collectively shaped. Through a in-depth analysis of these phenomena, their practices and ethos, it is argued here that the distributed approach practiced by these communities offers a practical path towards a democratization of the technosphere by: 1) demystifying technologies, 2) providing the public with the tools and knowledge necessary to understand and shape technologies, and 3) encouraging citizen participation in the development of technologies.

Aprender com as Tecnologias Digitais: um Modelo em eLearning em Contexto de Sala de Aula no Ensino Superior

O estudo de caso tem por objetivo principal analisar e avaliar a utilização de um Ambiente de Aprendizagem Enriquecido pela Tecnologia (TELE) no Ensino Superior, através do que é normalmente designado de eLearning e, perceber, o impacto que estas metodologias estão a ter no ensino presencial, a forma como estão a ser usadas e de que forma alunos e professores têm sido confrontados com esta realidade. Especificamente visa analisar o impacto da implementação de um modelo de eLearning na aprendizagem e perceber a relação entre uma estratégia metodológica suportada pela LMS Moodle na sala de aula, as competências digitais e skills que os alunos têm e de que forma isso resulta em termos de ensino-aprendizagem. O Moodle foi a plataforma de aprendizagem selecionada enquanto suporte ao processo de ensino-aprendizagem na unidade curricular de Edição Multimédia do curso de Licenciatura em Comunicação Social e Cultural da Universidade Católica Portuguesa (UCP), com uma turma de 42 alunos no total. Por conseguinte, foi o ambiente usado para a interação entre os alunos e entre estes com o professor em espaço e tempo extra aula. Com o objetivo de cumprir os objetivos propostos recorreu-se a três instrumentos de recolha de dados: dois questionários aos alunos, em momentos distintos. Primeiro, procurou-se obter conhecimentos sobre as suas competências digitais e, num segundo momento, aferir sobre a perceção e o nível de satisfação dos alunos face ao modelo de aprendizagem implementado; observação não participante de sala de aula (estruturada e naturalista), delimitando-se as seguintes dimensões: estratégias operacionalizadas pelo professor, materiais/recursos e ferramentas utilizadas e práticas e atitudes do aluno; registos da plataforma pela análise das interações entre os alunos e destes com o professor através dos fóruns de discussão. O estudo permitiu atestar o impacto bastante positivo nos níveis de satisfação dos alunos e estabelecer uma relação eficaz entre a tecnologia e a aquisição de aprendizagens significativas: potenciou uma aprendizagem ativa, interativa e um contexto para o trabalho colaborativo; consequente capacidade autorregulatória da aprendizagem; promoveu o desenvolvimento da Literacia digital; possibilitou a adoção de metodologias de aprendizagem diversificadas; contribuiu para o aumento da participação, motivação e entusiasmo dos alunos.