Supporting Mobile Connectivity: from Learning Scenarios to Multichannel Devices: Special Issue on "Learning as a Ubiquitous and Continuous Communication Attitude"

Guest Editor: Piet KommersInternational audienceThe introduction of distance learning does not only bring a wider audience, but also much more diversity among the learners: first, because it can be integrated more easily into a Life-long Learning strategy; secondly, because the learners are not restricted to a sing le area and thus learners from different countries and with different cultures follow the curriculum. We have observed this in various DL diplomas in which we participate. In this article, we will shed some light on the difficulties and challenges arising from these multi-cultural settings. Based on our research work, we would like to insist on two particular points which are the necessity to adapt the pedagogical settings (e.g. pedagogical scenarios) according to the learners' behaviour to overcome unforeseen problems due to cultural differences and the importance of considering mobile technologies to overcome limited access to the technology in developing countries and to ensure continuous interaction among learners and with tutors

Comment intégrer des logiciels issus de la recherche en EIAH ?

Cet article aborde le problème de la ré-utilisation, dans un but de recherche, de logiciels EIAH sous forme de prototypes ou d'environnements développés dans d'autres équipes de recherche. En nous appuyant sur des travaux traitant des problèmes d'interopérabilité et d'intégration, nous tentons d'illustrer cette problématique étudiée collectivement au sein de l'AS " Plates-formes technologiques pour la recherche en EIAH ". Après avoir analysé les besoins d'intégrer des logiciels EIAH pour construire une activité d'apprentissage, nous argumentons autour d'une proposition d'architecture d'intégration. Notre analyse des besoins débouche sur une présentation des différentes dimensions d'intégration possible. Au regard de ces dimensions d'intégration, nous présentons cinq études de cas issus de la communauté française. Nous concluons en proposant un guide des bonnes pratiques pour l'intégration

Nurses’ Learning and Conceptualization of Technology used in Practice

How nurses conceptualize and learn about health technology used in practice was examined in this qualitative, interpretive-descriptive study. Traditionally, conceptualizations of technology used in the nursing profession have been viewed from either socially- or technically- centric perspectives that have clouded the real nature of nurse-technology interactions. For instance, current perspectives examining nurses’ use of technology typically ignore or minimize socio-technical considerations impacting technology acceptance and adoption by nurses. A research approach that embraced the mingling of social and material (sociomaterial) actors was used to address the following research questions: (a) How do nurses conceptualize health technology used in practice?, and, (b) How do nurses learn about health technology used in practice? The theoretical lens of Actor-Network Theory (ANT) provided the overall perspective and guided elements of data collection and analysis. ANT is aligned to a relational ontology, whereby both human and non-human participants (or actors) are viewed in symmetry (or as equals) during data analysis. Privilege during the analysis was, therefore, not automatically prescribed to either the human or non-human actors. Interviews, documents, and direct observation of nurses constituted the majority of the data collected for this study. Using an iterative data analysis process, themes were generated related to nurses’ conceptualization of and learning about technology used in practice. Technology was conceptualized by nurses to possess variation in naming, roles, and also engendered notions of action or praxis. Learning technology by nurses possessed elements resembling both processes and products. From these learning processes and products, salient strategies (e.g., indispensability, semblance, habituation) were developed by nurses in order to negotiate and use various health technologies for practice. Ultimately, learning of health technology by nurses appeared to actively influence, modify, and shape the role of health technology, and its subsequent use by human actors. Therefore, how nurses learn about technology should be considered during the planning, development, and evaluation of future technologies. End-users, like nurses, will rarely use a health technology to its fullest capability unless learning is congruent with the environmental context surrounding the technological actor. In light of these findings, recommendations for nursing education and professional practice related to the role and interpretation of health technology used by nurses in 2013 is also discussed, along with implications for future research

Preparing tomorrow\u27s teachers today

This portfolio documents the learning journey of a preservice teacher educator in Western Australia. The problem investigated is how should we best to prepare preservice teachers for teaching in future contexts. This document has several sections, firstly the literature review discusses topics that have relevance for teacher educators preparing teachers of the future to work in a knowledge-based economy. Then four phases of research both quantitative and qualitative are presented interlinked by a personal narrative. The narrative describes how the studies and research impacted on the teaching practices of the researcher. The powerful findings of the research with teachers in phase 1 and preservice teachers in phase 2 precipitated the reconceptualisation of a number of courses for preservice teachers co-ordinated by the author. This lead to the transformation of the instructional model used and the incorporation of a range of flexible delivery modes to support student learning styles and needs and foster student engagement and retention. The portfolio also contains descriptions and results of a number of small research projects, five peer reviewed and published papers. Reference is made to a number of peer reviewed academic conference papers presented by the researcher linked to the theme of the portfolio. The portfolio culminates with two peer reviewed publications which describe the current state of preservice teacher education in Western Australia as well as presenting a future vision of how we could prepare our preservice teachers to work in a future digital world. The overriding conclusion reached in this portfolio is that preservice teacher educators need to experiment with flexible modes of delivery to meet the learning needs and styles of our students. In this way we will be modelling flexible modes of teaching to our students to prepare them to teach in future contexts

A Tailorable Collaborative Learning System That Combines OGSA Grid Services and IMS-LD Scripting

This paper presents Gridcole, a new collaborative learning system that can be easily tailored by educators in order to support their own CSCL scenarios, using computing services provided by third parties in the form of OGSA grid services. Educators employ scripts in order to describe the sequence of learning activities and required tools, with standard IMS-LD notation. Thus, through the integration of coarse-grained tools, that may even offer supercomputing capabilities or use specific hardware resources, educators do not depend on software developers to easily configure a suitable environment in order to support a broad range of collaborative scenarios. An example of a learning scenario for a Computer Architecture course is described to illustrate the capabilities of Gridcole

Platform, participation, and power: how dominant and minority stakeholders shape agricultural innovation

Within agricultural innovation systems (AIS), various stakeholder groups inevitably interpret ‘innovation’ from their own vantage point of privilege and power. In rural developing areas where small-scale and subsistence farming systems support livelihoods, dominant policy actors often focus heavily on participatory modernization and commercialization initiatives to enhance productivity, access, and quality. However, existing social hierarchies may undermine the potential of such initiatives to promote inclusive and sustainable farmer-driven innovation. Focusing on the chronically food insecure smallholder agricultural systems operating in Yatta Sub-county, Eastern Kenya, this paper explores how power dynamics between stakeholders can influence, and can be influenced by, participatory agricultural innovation initiatives. Findings suggest that there are often significant disparities in access to, and control over, platform resources between smallholder farmers and other stakeholder groups, resulting in large asymmetries. We discuss how these power dynamics may increase the risk of agricultural intervention, further marginalizing already disempowered groups and reinforcing power hierarchies to the detriment of smallholders. This study highlights the need for a deeper understanding of the institutional contexts that facilitate and maintain relationships of power within agricultural innovation systems, as well as the complexities associated with promoting transformational agricultural innovation

Investigating the Impact of Organised Technology-driven Orchestration on Teaching

Orchestration of learning involves the real-time management of activities performed by educators in learning environments, with a particular focus on the effective use of technology. While different educational settings present unique problems, the common challenges have been noted to primarily be as a result of multiple heterogeneous activities and their associated intrinsic and extrinsic constraints. In addition to these challenges, this thesis argues that the complexities of orchestration are further amplified due to the ad hoc nature of the approaches and techniques used to orchestrate learning activities. The thesis proposes a streamlined approach to technology-driven orchestration of learning, in order to address these challenges and complexities. Specifically, the thesis proposes an organised approach that focuses on three core aspects of orchestration: activity management, resource management and sequencing of learning activities. Orchestration was comprehensively explored in order to identify the core aspects essential for streamlining technology-driven orchestration. Proof-of-concept orchestration toolkits, based on the proposed orchestration approach, were implemented and evaluated in order to assess the feasibility of the approach, its effectiveness and its potential impact on the teaching experience. Comparative analysis and guided orchestration controlled studies were conducted to compare the effectiveness of ad hoc orchestration with streamlined orchestration and to measure the orchestration load, respectively. In addition, a case study of a course that employed a flipped classroom strategy was conducted to assess the feasibility of the proposed approach. The feasibility was further assessed by integrating a workflow, based on the proposed approach, that facilitates the sharing of reusable orchestration packages. The results from the studies suggest that the streamlined approach is more effective when compared to ad hoc orchestration and has a potential to provide a positive user experience. The results also indicate that the approach imposes acceptable orchestration load during scripting of learning activities. Case studies conducted in authentic educational settings suggest that the approach is feasible, and potentially applicable to useful practical usage scenarios. The long-term implications are that streamlining of technology-driven orchestration could potentially improve the effectiveness of educators when orchestrating learning activities

Framework for LL facilitation and data production

The Deliverable 5.1 “Framework for LL facilitation and data production” is intended for all Living Labs and all DIVINFOOD project partners. This document provides a framework to situate LLs’ definition and contribution to the overall aim of the DIVINFOOD project. It orients LL coordinators throughout the setting up and development of living lab interactions, experiments and data collection. It also suggests tools to support LL facilitation and interactions at local level