Online Academic Journey: Students’ Profile and Evaluation Through Different Digital Media in Dentistry

The aim of this study was to present an academic event in the online version and evaluate the user’s profile who have signed up and the different digital media used by them. The Dentistry School of State University of Rio de Janeiro performed its first Online Academic Journey, available for free on your Moodle platform for participants who have registered, with five different courses: Computerised Tomography, Endodontic, Aesthetic, Implantology and Periodontology. In order to receive course certificates participants had to complete an evaluation form. The results (quantitative and qualitative) were obtained using data from Facebook, Youtube, Moodle platform and Google forms showed that: most of the participants were from the Southeast region of Brazil (80.6%), 69% of users were female aged between 18 to 35 years, professional dentist activity (70.1%) with graduation academic level (89.4%), 80% of respondents expressed satisfaction with the courses and the device most used by users to watch the courses was the computer (70%) followed by smartphone (21%). We conclude that the methodology used was an innovative experience and provided quality information to different profiles in different regions. The use of different media and technological tools for conducting an online academic journey provides very important resource in disseminating quality academic content, not only for users of the institution that performs as well as geographically distant places

Introducing mobile technologies to strengthen the national continuing medical education program in Vietnam

BACKGROUND: In 2009, the Government of the Republic of Vietnam adopted legislation requiring all clinicians to complete continuing medical education (CME) credits in order to maintain licensure. Several CME in-person and distance-based courses have been developed and as of 2015, a national distance-based electronic learning (eLearning) network was being established. However, the uptake of CME courses remained low despite high clinician demand. Vietnam’s high mobile phone ownership rate of 1.4 mobile subscriptions per person presents an opportunity to leverage this for CME. This study investigated how mobile technologies could strengthen delivery of distance-based CME courses and improve national CME program administration. METHODS: A literature and policy review was conducted. Qualitative methods were employed to collect and analyze key informant interviews of 52 global and Vietnamese experts, including selected policy makers. Interviews were supplemented by six focus group discussions with Vietnamese physicians, nurses, midwives and physician assistants. Transcripts were analyzed using an inductive coding methodology. A framework was developed to organize and present results for government consumption. RESULTS: Globally, examples and supporting evidence related to mobile technologies for CME were limited. Experts reported three main use cases for using mobile technology for CME in Vietnam: 1) delivery of CME courses (N=34; 65%); 2) registration and tracking of CME credits (n=28; 54%); and 3) sending alerts and reminders on CME opportunities (n=23; 44%). The national CME policy environment in Vietnam was supportive of introducing mobile technologies within the eLearning network. However, there was a widespread lack of awareness and capacity to design and deliver distance-based CME courses. Mobile phone ownership was high and health workers reported interest in acquiring CME credits via mobile. Financing options to develop and implement distance-based CME courses were limited. CONCLUSION: Despite the paucity of evidence related to mobile technologies for learning, there is potential to innovate and strengthen the evidence base using these technologies for CME in Vietnam. Introducing mobile technologies within the national eLearning network would improve clinicians’ access to CME, particularly in rural areas, and can strengthen national CME program administration. Key recommendations were developed to provide the government with concrete steps for national level adoption

The Development of eServices in an Enlarged EU: eLearning in Malta

In 2005, IPTS launched a project which aimed to assess the developments in eGoverment, eHealth and eLearning in the 10 New Member States at national, and at cross-country level. At that time, the 10 New Member States were Cyprus, the Czech Republic, Estonia, Hungary, Latvia, Lithuania, Malta, Poland, Slovenia and Slovakia. A report for each country was produced, describing its educational system and the role played by eLearning within both the formal education system and other aspects of lifelong learning. Each report then analyzes, on the basis of desk research and expert interviews, the major achievements, shortcomings, drivers and barriers in the development of eLearning in one of the countries in question. This analysis provides the basis for the identification and discussion of national policy options to address the major challenges and to suggest R&D issues relevant to the needs of each country - in this case, Malta.JRC.J.4-Information Societ

eHealth Conversations : using information management, dialogue, and knowledge exchange to move toward universal

The publication of eHealth Conversations, developed with the support of the Spanish Agency for International Development Cooperation (AECID), represents a major step forward for the PAHO/WHO Strategy, since it explores ways of implementing regional mechanisms with free and equitable access to information and knowledge sharing. These initiatives aim to advance the goals of more informed, equitable, competitive, and democratic societies, where access to health information is considered a basic right. This publication is one of the instruments used by PAHO/WHO to develop the initiatives outlined in the Strategy, which coincides with the global eHealth strategy. One of the fundamental needs for the improvement of eHealth is the dissemination of information, and PAHO/WHO is assuming a leading role in this effort. The development of this new electronic publication is a key step in disseminating information that will be useful for decision makers on applying these technologies for the health of the Americas. This electronic book is one of the products of PAHO/WHO’s project: “eHealth Conversations: Using Information Management, Dialogue, and Knowledge Exchange to Move Toward Universal Access to Health.” Participants in these conversations included experts on electronic health and other specialties. Through virtual dialogues, the experts contributed with knowledge and reflections on the present and the future of eHealth in the Americas, analyzed the situation, and made recommendations for the implementation of electronic health initiatives. These recommendations are not only intended for PAHO/ WHO, but also for governments and the private sector. The aim of the project is to guarantee the convergence of local, national, and regional initiatives regarding the adoption and application of ICTs for public health, with special attention on critical issues in this field. It also intends to strengthen individual and collective capacities of health workers and institutions, connecting them in a network of on-line health networks, as well as to reinforce the PAHO/WHO eHealth program.Acknowledge the Spanish Agency for International Development Cooperation (AECID) for its financial support in preparing this publication and developing the project titled “eHealth Conversations: Using Information Management, Dialogue, and Knowledge Exchange to Move Toward Universal Access to Health;

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An Exploration of How Health Professionals Create eHealth and mHealth Education Interventions

The purpose of this study was to explore how health education professionals create ehealth and mhealth education interventions. Three research questions led this qualitative study. The first research question focused on the use of learning theories, instructional models, and instructional design models. The second research question focused on the use of elearning and mlearning design principles. The third research question focused on the use of health behavior theories and models. Twelve health professionals selected for their involvement in the creation of ehealth and mhealth education interventions participated in this study. The themes emerging from the research questions showed a variability in how the participants used education theories and models, principles of elearning and mlearning design, and health behavior and health education theories and models to create ehealth and mhealth interventions. On education theories and models, the participants used elements of instructional design (i.e., analysis, design, evaluation) but did not use any specific instructional design model. Moreover, they invested efforts in creating instructional strategies that reflected instructional models of different learning theories but did not specify particular models or theories. Four themes emerged on the instructional strategies they used in the interventions: (1) connections to behaviorist approaches to learning, (2) connections to cognitivist approaches to learning, (3) connections to constructivist approaches to learning, and (4) unspecified learning theories. On the use of elearning design principles, seven patterns emerged: (1) interaction, (2) learner control, (3) provision of help, (4) use of multimedia, (5) engagement, (6) user friendliness, and (7) visual appeal. On the use of health behavior theories and models, three themes emerged (1) no use of health behavior theory or model, (2) use of a mix of health behavior theories or models, and (3) use of a particular health behavior theory or model. The variability of the findings and the resulting themes suggested implications for practice and further research. These implications concern all health professionals creating ehealth and mhealth interventions as well as scholars in the field of instructional design and health education and heath behavior. The implications and limitations of the study were also discussed

Digital health for the end TB strategy : developing priority products and making them work

In 2014, the World Health Organization (WHO) developed the End TB Strategy in response to a World Health Assembly Resolution requesting Member States to end the worldwide epidemic of tuberculosis (TB) by 2035. For the strategy's objectives to be realised, the next 20 years will need novel solutions to address the challenges posed by TB to health professionals, and to affected people and communities. Information and communication technology presents opportunities for innovative approaches to support TB efforts in patient care, surveillance, programme management and electronic learning. The effective application of digital health products at a large scale and their continued development need the engagement of TB patients and their caregivers, innovators, funders, policy-makers, advocacy groups, and affected communities. In April 2015, WHO established its Global Task Force on Digital Health for TB to advocate and support the development of digital health innovations in global efforts to improve TB care and prevention. We outline the group's approach to stewarding this process in alignment with the three pillars of the End TB Strategy. The supplementary material of this article includes target product profiles, as developed by early 2016, defining nine priority digital health concepts and products that are strategically positioned to enhance TB action at the country level

Developing Next-Generation Engineers -. IMPACTS

In the development of remote labs and virtual engineering tools the focus has rightly been on the technical challenges to be overcome to provide useful and usable tools and experimentation. However, the utilization of such facilities in educational settings is not simply a case of making students and faculty aware of their existence. In fact, there are significant pedagogical issues in the blending of remote and virtual facilities with cohort and location-based teaching and learning, and a number of research findings have highlighted student issues with both traditional teaching methods and the use of predominantly on-line materials. The authors have considerable experience in the development, production and use of eLearning materials in academic and industrial environments, and in tool virtualization and remote labs, and here propose a model for a distributed Masters program that supports students on a location-neutral basis utilizing online eLearning materials, virtual tools and remote lab facilities, combined with location-specific specialist teaching and learning facilities. The program described is already in operation between three European Universities, with the intention to expand both within Europe and beyond, utilizing the Erasmus Mundus scheme. The program is based on a constructivist pedagogic model that demands considerable independence of study and research on the part of the students, within a rich environment of high-quality specialist materials offered in a wide variety of modes. The authors believe that this approach optimizes the benefits of individual academic specialization in research and teaching, combined with effective use of eLearning materials, remote labs and virtual tools in a distributed environment, and thereby addresses a number of the issues identified from the research while also offering a high quality program to educate and develop next generation Engineers