A Study of Construction and Share Digital Resources in an Higher Education District in China

Author(s):  
Qinian Zhou ◽  
Wei Li ◽  
Jihui Yang
Author(s):  
Daiana Garibaldi da Rocha ◽  
Adriana Cardoso

In the context of distance education, one aspect materialized by educational technology is through the use of learning objects (LO). These elements can be defined as educational digital resources that favor students' interaction with many languages and different media. This chapter aims to present two scenarios. The first one involves a case study about the production of didactic content. This study will focus on teaching and will consist of showing the rationale behind the content production method used by the company and the methodology used in the construction of learning objects in the context of a learning unit. The second scenario will consist of students' views by means of a survey conducted with more than 4 thousand students from higher education institutions (HEIs) from different regions of Brazil who consume the content and make use of the learning objects. The reflections point to the pedagogical potential of learning objects but also to concerns in view of great challenges posed by hybrid teaching within the Brazilian scenario.


Author(s):  
Yan Rao ◽  
Yaolei Zhang

One important component of digital academic library construction is to sort out the unique or rare resources from academic institutions by digitalizing and organizing them by themes. Building special subject databases is an important sub-project under CALIS. Throughout the continued construction and development of Phases I, II and III, a large number of special subject databases have been built. These databases are not only important digital resources that strengthen discipline development, but they are also rich special data resources of digital libraries for higher education in China. By reviewing the development path of the CALIS Special Subject Collection, this chapter will cover the management mechanism, technical platform, standards, social benefits, and philosophy behind it.


2016 ◽  
Vol 24 ◽  
pp. 40
Author(s):  
Teresa MacKinnon ◽  
Sarah Pasfield-Neofitou

Language education faculty face myriad challenges in finding teaching resources that are suitable, of high quality, and allow for the modifications needed to meet the requirements of their course contexts and their learners. The article elaborates the grassroots model of “produsage” (a portmanteau of “production” and “usage”) as a way of imagining a movement toward the use and creation of open educational resources (OER) for language learning. Through a set of examples of video resources that fill a need for authentically compelling language learning materials, the authors demonstrate the potential of produsage to engage teachers and learners around digital resources, to the benefit of language teaching and learning. In support of this grassroots model, the authors propose practices and policies to address challenges involved in engaging teachers and learners around OER in higher education.  


2021 ◽  
Author(s):  
Tho Vo

<b>English-medium instruction (EMI) is a global trend in higher education which coincides with the digital age. This thesis examines the uses of digital technologies in an EMI context in Vietnamese higher education. It explores how teachers and students used digital technologies and how they perceived the development of students’ learning through digital technologies in the EMI environment.</b><div><b><br></b><p>The methodological approach taken was a qualitative multiple case study underpinned by an interpretive paradigm. Each case included one subject teacher and a class of 40 to 50 students in an undergraduate economics-related courses taught in English. Data from the four cases were collected during the first year of EMI implementation, from August to December 2017 from three sources of information: teacher semi-structured interviews, classroom observations, and student focus-group discussions. The data were abductively analysed following the process of constructing themes suggested by Vaismoradi et al. (2016) and adapted from the thematic analysis method of Braun and Clarke (2012). </p><p><br></p> Within this context, the teachers and students used a range of digital technologies for teaching and learning activities. The technologies included digital devices (e.g. computers, laptops, smartphones, and tablets), search engines (Google, and Wikipedia), presentation tools (PowerPoint, and Prezi), organisation tools (Google drive, and Dropbox), social networks (YouTube, and Facebook), and the learning management system (LMS). The teachers used technology to address challenges they faced through EMI teaching. Their practice with technology included curating and developing materials with digital resources, presenting subject matter with multimedia and organising classes with cloud storage and the LMS for uploading materials or communicating with the students. They believed that using technology improved their students’ understanding of content knowledge, learning of English vocabulary, engagement and motivation. The students expressed confidence in using digital technologies for learning within and beyond the classroom. They reported deploying technology to search for materials, upload and download information and resources, and to organise lesson content. They proactively used technology to personalise their learning by accessing informal online activities and engaging with collective learning networks, which enabled them to collaborate and gain support for learning. The students believed that digital technologies played an integral part in enhancing their understanding of subject matter and improving their English vocabulary and skills.<div><br> <p>Teachers and students became agentic as they adapted to the new EMI context. The teachers endeavoured to adjust their teaching in response to changes including the neoliberal system in HE, the rapid technological development and practices demanded by the change of instruction language. Access to digital resources appeared to enable them to independently make pedagogical decisions and take a proactive role in EMI programmes. However, there were few substantive changes in pedagogical practice. Different influences which possibly reduced the teachers’ professional agency in completely changing pedagogy with technology included their technological, content, and pedagogical knowledge and beliefs, or conflicting influences from Confucian educational practices, belief in a teacher-centred and content-driven approach, and the exam-oriented system. The students had a strong sense of agency as proactive learners in the digital age. They were autonomous in their learning with innovative uses of technology in the EMI environment. Those uses of technology offered them collective support and facilitated them to independently cope with many changes in the EMI learning context. This raises some implications not only for institutional policy for professional development which encourages teachers’ collaboration but also for the learning support scheme and teaching practices which offer students opportunities to access collaborative support and tasks. </p><p><br></p> <p>The ROAD-MAPPING framework (Dafouz & Smit, 2020) shed light on the multifaceted nature of EMI programmes in the Vietnamese context. It highlighted the impact of glocalisation in shaping EMI policies in Vietnamese HE institutions. The introduction of EMI at the participating university was the policy makers’ response to internationalisation where global academic programmes were imported into this local context. A number of contextual factors influenced the process of EMI implementation such as the predominant role of Vietnamese as language of instruction in most academic programmes, the lack of focus on English development and requirement in EMI curriculum and language policy, the textbook-based system, and inadequate preparation for both subject teachers and students. These characteristics in the Vietnamese education context shaped EMI teaching practices in which the teachers and students focussed on disciplinary knowledge and expected English skills to follow. This suggests the synergy of ‘global’ and ‘local’ factors needs careful attention if EMI is to work in practice.</p></div></div>


2019 ◽  
Vol 21 (1) ◽  
Author(s):  
Camila Maria Bandeira Scheunemann ◽  
Caroline Medeiros Martins De Almeida ◽  
Paulo Tadeu Campos Lopes

The discipline of human anatomy in higher education has sought to restructure its approach and methodological strategies; in this context, digital technologies are presented as alternative means that can be incorporated in the study of this discipline. This exploratory qualitative research had as objective to analyze the perceptions of health academics about the use of digital technologies for the teaching and learning of human anatomy. The participants were 20 academics of the discipline of human anatomy of courses of the health area of a private university of the metropolitan region of Porto Alegre. The data were collected from a questionnaire, composed of questions related to the teaching and learning of human anatomy and the use of digital technologies for this component. The data were analyzed from the Content Analysis. Scholars have pointed out in their perceptions that digital resources contribute to the learning of anatomy; among the features most cited by them and indicated to be used are YouTube and social networks. The research pointed to contributions to present, from the perceptions of the students, the importance of considering the digital resources because they are incorporated in their daily life. We verified the need for further studies on perceptions, since they are indicative of the resources that can be used to learn anatomical concepts.


2021 ◽  
Author(s):  
Tho Vo

<b>English-medium instruction (EMI) is a global trend in higher education which coincides with the digital age. This thesis examines the uses of digital technologies in an EMI context in Vietnamese higher education. It explores how teachers and students used digital technologies and how they perceived the development of students’ learning through digital technologies in the EMI environment.</b><div><b><br></b><p>The methodological approach taken was a qualitative multiple case study underpinned by an interpretive paradigm. Each case included one subject teacher and a class of 40 to 50 students in an undergraduate economics-related courses taught in English. Data from the four cases were collected during the first year of EMI implementation, from August to December 2017 from three sources of information: teacher semi-structured interviews, classroom observations, and student focus-group discussions. The data were abductively analysed following the process of constructing themes suggested by Vaismoradi et al. (2016) and adapted from the thematic analysis method of Braun and Clarke (2012). </p><p><br></p> Within this context, the teachers and students used a range of digital technologies for teaching and learning activities. The technologies included digital devices (e.g. computers, laptops, smartphones, and tablets), search engines (Google, and Wikipedia), presentation tools (PowerPoint, and Prezi), organisation tools (Google drive, and Dropbox), social networks (YouTube, and Facebook), and the learning management system (LMS). The teachers used technology to address challenges they faced through EMI teaching. Their practice with technology included curating and developing materials with digital resources, presenting subject matter with multimedia and organising classes with cloud storage and the LMS for uploading materials or communicating with the students. They believed that using technology improved their students’ understanding of content knowledge, learning of English vocabulary, engagement and motivation. The students expressed confidence in using digital technologies for learning within and beyond the classroom. They reported deploying technology to search for materials, upload and download information and resources, and to organise lesson content. They proactively used technology to personalise their learning by accessing informal online activities and engaging with collective learning networks, which enabled them to collaborate and gain support for learning. The students believed that digital technologies played an integral part in enhancing their understanding of subject matter and improving their English vocabulary and skills.<div><br> <p>Teachers and students became agentic as they adapted to the new EMI context. The teachers endeavoured to adjust their teaching in response to changes including the neoliberal system in HE, the rapid technological development and practices demanded by the change of instruction language. Access to digital resources appeared to enable them to independently make pedagogical decisions and take a proactive role in EMI programmes. However, there were few substantive changes in pedagogical practice. Different influences which possibly reduced the teachers’ professional agency in completely changing pedagogy with technology included their technological, content, and pedagogical knowledge and beliefs, or conflicting influences from Confucian educational practices, belief in a teacher-centred and content-driven approach, and the exam-oriented system. The students had a strong sense of agency as proactive learners in the digital age. They were autonomous in their learning with innovative uses of technology in the EMI environment. Those uses of technology offered them collective support and facilitated them to independently cope with many changes in the EMI learning context. This raises some implications not only for institutional policy for professional development which encourages teachers’ collaboration but also for the learning support scheme and teaching practices which offer students opportunities to access collaborative support and tasks. </p><p><br></p> <p>The ROAD-MAPPING framework (Dafouz & Smit, 2020) shed light on the multifaceted nature of EMI programmes in the Vietnamese context. It highlighted the impact of glocalisation in shaping EMI policies in Vietnamese HE institutions. The introduction of EMI at the participating university was the policy makers’ response to internationalisation where global academic programmes were imported into this local context. A number of contextual factors influenced the process of EMI implementation such as the predominant role of Vietnamese as language of instruction in most academic programmes, the lack of focus on English development and requirement in EMI curriculum and language policy, the textbook-based system, and inadequate preparation for both subject teachers and students. These characteristics in the Vietnamese education context shaped EMI teaching practices in which the teachers and students focussed on disciplinary knowledge and expected English skills to follow. This suggests the synergy of ‘global’ and ‘local’ factors needs careful attention if EMI is to work in practice.</p></div></div>


2021 ◽  
Vol 38 ◽  
pp. 02004
Author(s):  
Jean-Henry Morin ◽  
Laurent Moccozet

With the global digital transition, we are witnessing, it is clear that learning is no longer done in isolation and without the use of many digital resources. However, the teaching approaches that are still dominant in higher education are largely marked by old paradigms. Without saying they are wrong; however, one can only witness that they no longer fully correspond to the world we live in and should consequently be adapted. In this paper we propose to introduce the Design Thinking and akin approaches found in FabLabs in order to define a learning space complementary to the traditional teaching experience of higher education, which are rather organised in silos: faculties, departments, degrees. Such a place, which we call a FacLab and which can be described as a physical space extended by a virtual digital space, can be seen as a FabLab embedded in the academic environment. It would favour transversality, encounters, co-construction, collaboration, serendipity and most importantly the putting into practice of transverse skills around the mainly digital factory of the tangible and the intangible, supported and sustained by the methodologies resulting from Design Thinking and related creativity approaches. Here we present our approach and the first developments we have implemented.


Author(s):  
Carol A. Brown

Having the ability to understand and use digital technology is an important skill needed for the 21st century workforce (Goodfellow, 2011). In higher education, Web 2.0 and other collaborative resources impact pedagogy, research methodology, and relationships with colleagues and students. Creative use of digital resources enhances traditional instructional methods such as inquiry-based learning, situated learning, and collaborative project-based learning. Generative learning theory is applied through organizational, integrative, and elaborative strategies, which are supported through a variety of digital tools all within a constructivist environment. Digital resources are best applied using 1) collaborative spaces in cloud computing, 2) digital tools for engaged learning, 3) presentation software for course content, and 4) access to electronic textbooks. Pedagogical decisions associated with use of these tools are an important part of the new literacies for 21st century learning. The relationship between digital resources and pedagogical practices in higher education are explored in this chapter.


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