Virtual mobility concept, types and success factorsEstela Dauksiene
This document discusses virtual mobility in higher education. It defines virtual mobility as collaborative communication between faculty and counterparts mediated by computers that provides the same benefits as physical mobility without travel. The document outlines types of virtual mobility activities including virtual seminars, placements, and support for physical mobility. It presents scenarios for virtual mobility courses including virtual stays abroad, virtual campuses, and joint curriculum design. Benefits discussed include improved quality, internationalization, and development of virtual competencies. Key success factors include addressing real needs, effective partnerships, engagement at all levels, and blended implementation.
This small publication on Virtual Mobility summarizes the main conclusions and outcomes of the VMCOLAB project. The booklet starts with defining the concept of Virtual Mobility and presenting the different types that can be distinguished. This is followed by an introduction of the VMCOLAB project and a presentation of the main support materials and services this project has developed for higher education institutions, teachers and students that want to engage in Virtual Mobility experiences. The three VMCOLAB pilot courses demonstrate the potential of Virtual Mobility for different target groups. Finally, some recommendations propose how to better integrate Virtual Mobility into educational experiences across Europe.
The publication is available in all the project languages: English, Spanish, Portuguese, Italian, German, Dutch, Romanian and Lithuanian.
Virtual mobility: an alternative for or a complement to physical mobility?Ilse Op de Beeck
This document discusses virtual mobility as an alternative or complement to physical student mobility. It defines virtual mobility as technology-supported international collaborative learning experiences. Virtual mobility can support physical exchanges through online orientation, language learning, and alumni networks. It can also internationalize courses through virtual internships, joint projects, and blended learning. Successful implementation requires consideration of technology, pedagogy, and organization. Virtual mobility is not a replacement for physical mobility but offers new ways to experience international learning.
This document discusses virtual mobility in higher education. It defines virtual mobility as technology-supported international collaborative experiences in teaching and learning. The document outlines various virtual mobility activities that can be used, such as videoconferencing, webconferencing, and social media. It discusses how virtual mobility can facilitate or internationalize courses and programs. The benefits of virtual mobility for students include developing intercultural competencies without traveling abroad and enhancing collaboration skills through working with international peers. Examples are provided of how universities have implemented virtual mobility activities and projects.
Mobility in a digital time: Virtual mobility as an alternative for or a compl...Ilse Op de Beeck
Virtual mobility involves using information and communication technologies to facilitate international collaborative experiences in teaching and learning. It provides an alternative or complement to physical student mobility. Virtual mobility activities can help prepare students for physical exchanges, enable virtual internships, or internationalize parts of courses through online collaboration between institutions. Success requires thorough planning, appropriate technologies, intercultural skills development, and support for students. Virtual mobility is not a substitute for physical mobility but offers different ways to gain international experiences.
This document discusses virtual mobility in international higher education. It summarizes the work of the EADTU Task Force on Virtual Mobility, which explored good practices in virtual mobility, new developments in the field, and how virtual mobility can stimulate European university networks. The task force defined virtual mobility as a set of technology-supported international collaborative experiences in teaching, training or learning. It identified three types of mobility - physical, blended, and online - and discussed how mobility can be embedded within courses, programs, and curricula. Benefits of virtual mobility include flexibility, accessibility, and opportunities to develop skills like intercultural competence. Barriers include lack of digital expertise and infrastructure. The document concludes that physical, blended and online modes
Innovative models for collaboration and student mobility in europeEADTU
This document discusses innovative models for collaboration and student mobility in Europe through virtual mobility. It provides definitions and examples of physical, blended, and online/virtual mobility. Virtual mobility is defined as international collaborative experiences facilitated by information and communication technologies. The document outlines opportunities and barriers to virtual mobility and concludes that physical, blended, and online mobility should be offered based on principles of international curriculum design to enhance quality and accessibility.
EMPOWER Artificial Intelligence webinar week: by Jesus BoticarioEADTU
1) Higher education institutions have traditionally focused more on education than learning and classrooms still resemble those from the 19th century.
2) Personalized learning has the potential to cater to individual differences and bring more students into education through inclusive and adaptive technologies.
3) UNED aims to develop a roadmap for personalized learning through first establishing an ethical framework for data use, then gathering and analyzing student data to design evidence-based interventions and predictive models.
Virtual mobility concept, types and success factorsEstela Dauksiene
This document discusses virtual mobility in higher education. It defines virtual mobility as collaborative communication between faculty and counterparts mediated by computers that provides the same benefits as physical mobility without travel. The document outlines types of virtual mobility activities including virtual seminars, placements, and support for physical mobility. It presents scenarios for virtual mobility courses including virtual stays abroad, virtual campuses, and joint curriculum design. Benefits discussed include improved quality, internationalization, and development of virtual competencies. Key success factors include addressing real needs, effective partnerships, engagement at all levels, and blended implementation.
This small publication on Virtual Mobility summarizes the main conclusions and outcomes of the VMCOLAB project. The booklet starts with defining the concept of Virtual Mobility and presenting the different types that can be distinguished. This is followed by an introduction of the VMCOLAB project and a presentation of the main support materials and services this project has developed for higher education institutions, teachers and students that want to engage in Virtual Mobility experiences. The three VMCOLAB pilot courses demonstrate the potential of Virtual Mobility for different target groups. Finally, some recommendations propose how to better integrate Virtual Mobility into educational experiences across Europe.
The publication is available in all the project languages: English, Spanish, Portuguese, Italian, German, Dutch, Romanian and Lithuanian.
Virtual mobility: an alternative for or a complement to physical mobility?Ilse Op de Beeck
This document discusses virtual mobility as an alternative or complement to physical student mobility. It defines virtual mobility as technology-supported international collaborative learning experiences. Virtual mobility can support physical exchanges through online orientation, language learning, and alumni networks. It can also internationalize courses through virtual internships, joint projects, and blended learning. Successful implementation requires consideration of technology, pedagogy, and organization. Virtual mobility is not a replacement for physical mobility but offers new ways to experience international learning.
This document discusses virtual mobility in higher education. It defines virtual mobility as technology-supported international collaborative experiences in teaching and learning. The document outlines various virtual mobility activities that can be used, such as videoconferencing, webconferencing, and social media. It discusses how virtual mobility can facilitate or internationalize courses and programs. The benefits of virtual mobility for students include developing intercultural competencies without traveling abroad and enhancing collaboration skills through working with international peers. Examples are provided of how universities have implemented virtual mobility activities and projects.
Mobility in a digital time: Virtual mobility as an alternative for or a compl...Ilse Op de Beeck
Virtual mobility involves using information and communication technologies to facilitate international collaborative experiences in teaching and learning. It provides an alternative or complement to physical student mobility. Virtual mobility activities can help prepare students for physical exchanges, enable virtual internships, or internationalize parts of courses through online collaboration between institutions. Success requires thorough planning, appropriate technologies, intercultural skills development, and support for students. Virtual mobility is not a substitute for physical mobility but offers different ways to gain international experiences.
This document discusses virtual mobility in international higher education. It summarizes the work of the EADTU Task Force on Virtual Mobility, which explored good practices in virtual mobility, new developments in the field, and how virtual mobility can stimulate European university networks. The task force defined virtual mobility as a set of technology-supported international collaborative experiences in teaching, training or learning. It identified three types of mobility - physical, blended, and online - and discussed how mobility can be embedded within courses, programs, and curricula. Benefits of virtual mobility include flexibility, accessibility, and opportunities to develop skills like intercultural competence. Barriers include lack of digital expertise and infrastructure. The document concludes that physical, blended and online modes
Innovative models for collaboration and student mobility in europeEADTU
This document discusses innovative models for collaboration and student mobility in Europe through virtual mobility. It provides definitions and examples of physical, blended, and online/virtual mobility. Virtual mobility is defined as international collaborative experiences facilitated by information and communication technologies. The document outlines opportunities and barriers to virtual mobility and concludes that physical, blended, and online mobility should be offered based on principles of international curriculum design to enhance quality and accessibility.
EMPOWER Artificial Intelligence webinar week: by Jesus BoticarioEADTU
1) Higher education institutions have traditionally focused more on education than learning and classrooms still resemble those from the 19th century.
2) Personalized learning has the potential to cater to individual differences and bring more students into education through inclusive and adaptive technologies.
3) UNED aims to develop a roadmap for personalized learning through first establishing an ethical framework for data use, then gathering and analyzing student data to design evidence-based interventions and predictive models.
This document discusses innovative models for virtual mobility and student collaboration in Europe. It summarizes the work of EADTU's Task Force on Virtual Mobility, which explored good practices, new developments, and how virtual mobility can stimulate university networks. Virtual mobility can take various forms, including embedded within courses, exchange programs, or networked curricula. It provides opportunities for flexible, accessible international experiences to develop skills like intercultural competence. The document outlines examples of existing virtual mobility programs and their benefits for both students and staff.
This document provides an agenda for a webinar on virtual mobility for universities and European university alliances. The webinar will include:
1. A welcome address from the managing director of EADTU, George Ubachs.
2. A session on the educational framework for virtual mobility led by George Ubachs of EADTU.
3. Examples of good practices and innovative pedagogies of international collaboration and virtual mobility formats, including four specific presentations.
4. A closing session at the end of the webinar.
A presentation made at the 4th COIL conference at SUNY, New York on 6-7 June 2012. The presentation about the European INTENT project was part of a joint session about online exchanges in education: The Expanding Globally Networked Landscape: Soliya, iEARN and INTENT
http://coil.suny.edu
Teacher networks diffusing innovation -the case of eTwinning Riina Vuorikari
Dr. Riina Vuorikari presented on the eTwinning program, a European Commission initiative to encourage collaboration between teachers and schools across Europe. eTwinning provides an online platform and professional development opportunities for teachers to conduct cross-border school projects using ICT. Research has shown that teacher networks formed through programs like eTwinning can spread pedagogical innovation as teachers share ideas and lessons. When groups of teachers from the same school participate, it has led to the formation of "professional learning communities" with benefits for both teacher development and student learning.
The document discusses ICT for education in Europe and the new EU2020 strategy. It provides examples of studies and projects funded under the Lifelong Learning Programme 2007-2013 related to ICT and education. It also looks ahead to challenges and priorities for future ICT-enabled education projects and funding under the EU commission.
This document discusses the increasing role of information and communication technologies (ICT) in driving lifelong learning in an era of increased mobility. It summarizes key innovations changing higher education like open educational resources (OER), MOOCs, and virtual mobility. It discusses challenges to adopting OER and potential sustainability models. It also describes a virtual mobility pilot called "TeaCamp" involving 13 teachers from 6 institutions that developed an online module on virtual learning in higher education. The document emphasizes ICT's role when responsibly and quality-integrated into curriculum, and outlines benefits of virtual mobility for students, teachers and institutions.
The document discusses how information and communication technologies (ICT) are impacting modern society and the notion of an educated person. ICT has led to the concept of the knowledge or learning society. Schools must change to address the implications of ICT but more consideration is needed regarding the extent of change required and advantages ICT can provide. The growth of the knowledge society through widespread technology presents both a major challenge and opportunity for education.
European Schoolnet is a network of 30 European Ministries of Education dedicated to supporting schools' use of technology in learning. It aims to improve education quality in Europe by promoting the role of digital media and ICT. Its target groups include teachers, students, and school leaders. European Schoolnet activities include peer exchanges, research projects, and cooperation initiatives. The case study describes InGenious, a STEM education coordinating body co-funded by industry and the EC involving multiple stakeholders like teachers, students, and policymakers. It takes a multi-level approach using various engagement strategies like teacher training and competitions. Key success factors include flexibility, community building, and demonstrating impact.
This document summarizes a virtual mobility exchange program on "Open Educational Resources" organized by researchers from Lithuania, Italy, and Spain. The exchange involved 18 participants from 6 European countries taking a 3 ECTS course on open educational resources. Key success factors included strong leadership and coordination, motivated participants, thorough preparation and planning, and an attractive topic. Recommendations for future virtual mobility programs include clarifying roles, preparing technical aspects, providing information to learners, and ensuring engagement through group activities.
Open Education & Open Educational Services (long)Andreas Meiszner
This document discusses open education and open educational services. It provides an overview of how education is shifting from closed, isolated systems to being more open, connected and participatory due to technologies like the web. It introduces the concepts of open education and open educational services, and discusses their benefits. It also summarizes two open education projects - openSE, which provides an open framework for computer science education, and openEd 2.0, which designs participatory learning environments.
[EADTU OPEN VM WEBINAR] Presentation Eveliina PermiEADTU
Joint Curricula and Integrated Mobility: Master's Degree Programme in Comparative Social Policy presented by Eveliina Permi, Tampere University (Finland) on Thursday 18 June 2020
The Virtual Learning Network (VLN) Community supports flexible, online learning without physical classroom walls. It began in the early 1990s and has grown to include over 250 schools. VLN allows students to connect with classes and learning resources 24/7 through video conferencing, online collaboration tools, and a learning management system. Benefits of VLN include maximizing teaching resources, offering more curriculum choices, and providing greater flexibility and access to experts for students.
The Virtual Learning Network (VLN) Community supports flexible, online classrooms without walls. It began in the early 1990s and has grown to include over 250 schools. VLN allows students to connect with classes 24/7 through video conferencing, online collaboration tools, and asynchronous learning resources. Benefits of VLN include maximizing teaching resources, offering more curriculum choices, and providing greater flexibility and access to experts for students.
This document discusses open and collaborative models of learning, knowledge production, and education. It emphasizes learner-centered approaches where learners decide what, when, how, and how quickly to learn. Peer-to-peer interactions and social learning are important. The document also references concepts like autopoiesis, the commons, commoning, open knowledge, and constructing diversity in forms of socialization and knowledge production. Overall it promotes collaborative, relationship-based models of learning and knowledge validation that are open and distributed by nature.
The document discusses a project called EU-VIP that tested innovative ways for university students to complete work placements virtually with companies. It involved partnerships between higher education institutions and small-and-medium enterprises across 8 European countries. Through "Innovation Labs", student teams tackled real business problems and opportunities for the partner companies virtually. This allowed students to gain experience working internationally and developing skills like intercultural communication, while companies received new solutions. The methodology provided benefits for all stakeholders and showed potential for standardization and expansion to other universities through the Erasmus+ program.
The document contains self-assessment responses from two universities - Vytautas Magnus University and the University of Florence - regarding their use of open educational resources and practices. At both universities, some departments and individuals are starting to use and create OER, though no formal processes exist. Visions and skills around open practices are emerging but not widely shared. While interest is growing, implementation of policies, tools, and support for open education is still limited.
This document discusses innovative models for virtual mobility and student collaboration in Europe. It summarizes the work of EADTU's Task Force on Virtual Mobility, which explored good practices, new developments, and how virtual mobility can stimulate university networks. Virtual mobility can take various forms, including embedded within courses, exchange programs, or networked curricula. It provides opportunities for flexible, accessible international experiences to develop skills like intercultural competence. The document outlines examples of existing virtual mobility programs and their benefits for both students and staff.
This document provides an agenda for a webinar on virtual mobility for universities and European university alliances. The webinar will include:
1. A welcome address from the managing director of EADTU, George Ubachs.
2. A session on the educational framework for virtual mobility led by George Ubachs of EADTU.
3. Examples of good practices and innovative pedagogies of international collaboration and virtual mobility formats, including four specific presentations.
4. A closing session at the end of the webinar.
A presentation made at the 4th COIL conference at SUNY, New York on 6-7 June 2012. The presentation about the European INTENT project was part of a joint session about online exchanges in education: The Expanding Globally Networked Landscape: Soliya, iEARN and INTENT
http://coil.suny.edu
Teacher networks diffusing innovation -the case of eTwinning Riina Vuorikari
Dr. Riina Vuorikari presented on the eTwinning program, a European Commission initiative to encourage collaboration between teachers and schools across Europe. eTwinning provides an online platform and professional development opportunities for teachers to conduct cross-border school projects using ICT. Research has shown that teacher networks formed through programs like eTwinning can spread pedagogical innovation as teachers share ideas and lessons. When groups of teachers from the same school participate, it has led to the formation of "professional learning communities" with benefits for both teacher development and student learning.
The document discusses ICT for education in Europe and the new EU2020 strategy. It provides examples of studies and projects funded under the Lifelong Learning Programme 2007-2013 related to ICT and education. It also looks ahead to challenges and priorities for future ICT-enabled education projects and funding under the EU commission.
This document discusses the increasing role of information and communication technologies (ICT) in driving lifelong learning in an era of increased mobility. It summarizes key innovations changing higher education like open educational resources (OER), MOOCs, and virtual mobility. It discusses challenges to adopting OER and potential sustainability models. It also describes a virtual mobility pilot called "TeaCamp" involving 13 teachers from 6 institutions that developed an online module on virtual learning in higher education. The document emphasizes ICT's role when responsibly and quality-integrated into curriculum, and outlines benefits of virtual mobility for students, teachers and institutions.
The document discusses how information and communication technologies (ICT) are impacting modern society and the notion of an educated person. ICT has led to the concept of the knowledge or learning society. Schools must change to address the implications of ICT but more consideration is needed regarding the extent of change required and advantages ICT can provide. The growth of the knowledge society through widespread technology presents both a major challenge and opportunity for education.
European Schoolnet is a network of 30 European Ministries of Education dedicated to supporting schools' use of technology in learning. It aims to improve education quality in Europe by promoting the role of digital media and ICT. Its target groups include teachers, students, and school leaders. European Schoolnet activities include peer exchanges, research projects, and cooperation initiatives. The case study describes InGenious, a STEM education coordinating body co-funded by industry and the EC involving multiple stakeholders like teachers, students, and policymakers. It takes a multi-level approach using various engagement strategies like teacher training and competitions. Key success factors include flexibility, community building, and demonstrating impact.
This document summarizes a virtual mobility exchange program on "Open Educational Resources" organized by researchers from Lithuania, Italy, and Spain. The exchange involved 18 participants from 6 European countries taking a 3 ECTS course on open educational resources. Key success factors included strong leadership and coordination, motivated participants, thorough preparation and planning, and an attractive topic. Recommendations for future virtual mobility programs include clarifying roles, preparing technical aspects, providing information to learners, and ensuring engagement through group activities.
Open Education & Open Educational Services (long)Andreas Meiszner
This document discusses open education and open educational services. It provides an overview of how education is shifting from closed, isolated systems to being more open, connected and participatory due to technologies like the web. It introduces the concepts of open education and open educational services, and discusses their benefits. It also summarizes two open education projects - openSE, which provides an open framework for computer science education, and openEd 2.0, which designs participatory learning environments.
[EADTU OPEN VM WEBINAR] Presentation Eveliina PermiEADTU
Joint Curricula and Integrated Mobility: Master's Degree Programme in Comparative Social Policy presented by Eveliina Permi, Tampere University (Finland) on Thursday 18 June 2020
The Virtual Learning Network (VLN) Community supports flexible, online learning without physical classroom walls. It began in the early 1990s and has grown to include over 250 schools. VLN allows students to connect with classes and learning resources 24/7 through video conferencing, online collaboration tools, and a learning management system. Benefits of VLN include maximizing teaching resources, offering more curriculum choices, and providing greater flexibility and access to experts for students.
The Virtual Learning Network (VLN) Community supports flexible, online classrooms without walls. It began in the early 1990s and has grown to include over 250 schools. VLN allows students to connect with classes 24/7 through video conferencing, online collaboration tools, and asynchronous learning resources. Benefits of VLN include maximizing teaching resources, offering more curriculum choices, and providing greater flexibility and access to experts for students.
This document discusses open and collaborative models of learning, knowledge production, and education. It emphasizes learner-centered approaches where learners decide what, when, how, and how quickly to learn. Peer-to-peer interactions and social learning are important. The document also references concepts like autopoiesis, the commons, commoning, open knowledge, and constructing diversity in forms of socialization and knowledge production. Overall it promotes collaborative, relationship-based models of learning and knowledge validation that are open and distributed by nature.
The document discusses a project called EU-VIP that tested innovative ways for university students to complete work placements virtually with companies. It involved partnerships between higher education institutions and small-and-medium enterprises across 8 European countries. Through "Innovation Labs", student teams tackled real business problems and opportunities for the partner companies virtually. This allowed students to gain experience working internationally and developing skills like intercultural communication, while companies received new solutions. The methodology provided benefits for all stakeholders and showed potential for standardization and expansion to other universities through the Erasmus+ program.
The document contains self-assessment responses from two universities - Vytautas Magnus University and the University of Florence - regarding their use of open educational resources and practices. At both universities, some departments and individuals are starting to use and create OER, though no formal processes exist. Visions and skills around open practices are emerging but not widely shared. While interest is growing, implementation of policies, tools, and support for open education is still limited.
UbiCamp is an Erasmus project that aims to promote virtual student mobility through online courses delivered in English. The consortium developed templates to help institutions set up virtual exchange programs. Institutions would sign Erasmus+ agreements indicating support for virtual mobility and agree to recognize virtual courses based on these agreements. Students would be selected by their home institution but enrolled at the host institution during the semester. Results would then be shared with the home institution for recognition purposes according to the signed agreements. Institutions were invited to identify courses for virtual exchange and sign bilateral agreements by April 10, 2014 to participate in the autumn 2014 semester exchange.
Estela Dauksiene research on Virtual Mobility in Higher EducationEstela Dauksiene
1. The doctoral dissertation by Estela Daukšienė aims to conceptualize virtual mobility in higher education by analyzing its main components and their relationships.
2. Virtual mobility is defined as a way of learning, teaching, research, communication, or collaboration based on developing intercultural competence through the cooperation of higher education institutions using appropriate technologies to achieve academic goals and recognition of learning outcomes.
3. The research analyzes the main components of virtual mobility - scenarios, curriculum, technologies, and competencies - and their interrelationships, and identifies factors for successful implementation as well as obstacles such as diverse understanding and lack of recognition procedures.
4. Recommendations include defining the virtual mobility concept, increasing
Beyond the virtual campus: Technologies for virtual learning communitiesSu White
Abstract:
Information and communication technologies have been used formally for many years to build the infrastructure of the virtual campus. However, rich student experiences are a product of both educational and social learning - whether they aske place in the real world or virtually. Like the real world, online communities can flourish and evolve dynamically creating opportunities for social learning which will sustain the learner long after their formal programme of students has officially ended. This presentation will examine the range of different social learning opportunities available and compare the contributions of formal and informal social learning to the growth and sustainability of virtual learning communities
This document discusses the challenges of virtual mobility (VM) for institutions and practitioners. It outlines that VM is based on using information and communication technologies to obtain international learning experiences without physical travel. While VM provides opportunities for international collaboration and recognition, it also presents complex issues regarding implementation, resources, and differing institutional perspectives. Several European projects are working to address these challenges by facilitating VM processes, building competencies, developing open educational resources, and bringing professionals together to further the concept.
This document discusses virtual mobility (VM) in higher education. It begins by outlining the key components and characteristics of VM, including international student and teacher groups collaborating across institutions using technology. Benefits are described for higher education institutions, teachers, and students, such as enhanced curriculum, professional development opportunities, and improved skills.
The document then focuses on a specific VM project called TeaCamp, which involved the development of a virtual learning module on virtual learning in higher education across six institutions. Key aspects discussed include ensuring consistent learning outcomes, dividing the curriculum content and teaching responsibilities across partner institutions, and addressing challenges in assessing international student groups with different grading systems.
This document discusses virtual mobility (VM) in higher education. It begins by outlining some key concepts and components of VM, including that VM involves international student and teacher groups collaborating across institutions using technology. The document then provides examples of VM projects, including the TeaCamp project which involved the development of a joint online module on virtual learning across multiple European universities. It discusses important aspects of designing and implementing quality VM experiences, such as ensuring consistency in learning outcomes, developing collaborative curriculum content, and addressing challenges in assessing international student groups with different grading systems.
I-HE2020 Innovating International Higher Education by Virtual MobilityEADTU
The document discusses virtual mobility in international higher education. It defines virtual mobility and outlines three types: physical mobility, blended mobility combining online and physical, and completely online mobility. Benefits include flexibility, accessibility, and competence building for students and staff. Opportunities exist for institutions to expand offerings and internationalize curricula. Barriers include lack of digital experience and linguistic issues. The conclusion states all forms of mobility can be offered separately or combined to enrich education and develop international skills.
The European Virtual Seminar on Sustainable Development (MID2017)EADTU
The European Virtual Seminar on Sustainable Development by Joop de Kraker (OUNL) presented during the Maastricht Innovation In Higher Education Days 2017
Presentation of online and blended studies at Vytautas Magnus University. Virtual mobility (as type of online studies) characteristics and different cases implemented, together with usefull public links
This document summarizes the conclusions of a Peer Learning Activity on virtual mobility organized by EADTU. It discusses the stakeholders involved in the activity, including higher education institutions and organizations. It provides examples of existing virtual mobility initiatives and outlines the aims of the PLA. It then discusses basic principles of virtual mobility, opportunities for students, staff, and institutions. Finally, it presents recommendations for virtual mobility at the micro (institutional), meso (policy), and macro (network) levels.
Opening teaching and learning through OER and OEP - presentation at "The Belt and Road' International Community for OER at Open Education Learning week. Smart Learning Institute of Beijing Normal University
This document discusses virtual mobility in higher education. It begins by defining virtual mobility as technology-supported international collaborative experiences in teaching and learning that provide similar benefits to physical mobility without requiring travel. The document then discusses how virtual mobility can impact higher education institutions, teachers, and students in a positive way by enhancing curriculum, developing job skills, and facilitating international collaboration and exchange of ideas. It provides examples of virtual mobility projects and modules between European universities that aim to open access to education across borders through online learning opportunities.
DisCo 2013: Danyliuk and Paschenko - Virtual Mobility of University Teaching...8th DisCo conference 2013
Globalization through the mediation of information and communication technologies influences greatly higher education (appearing transnational education, great amount of alternative providers of higher education and runaway staff mobility in virtual space). Virtual mobility attracts attention of politicians and experts in the field of education (“The Bologna Process and the European Higher Education Area” – Salamanca Convention, 2001, includes an idea of joint European approach to virtual mobility and transnational education; “Mobility for Better Learning” – Mobility strategy 2020 for the European Higher Education Area, 2011) and scientists (National Academy of Sciences of Ukraine project “International Education on the Basis of Flexible Centers of Distance Technologies and Computer-Tele-Communicational Networks”). Problem of mobility is one of the most disputable among higher education researchers in Europe. Development of virtual academic mobility transforms modern education into a social institution which could provide different educational services to humans for their lifelong learning. Modern situation demands attention to distance education development through creation of specialized informationaleducational courses and areas of e-learning, development of e-libraries and databases, support of “network lecturers” and e-courses developers. It should stimulate university staff media-educational training they could project educational environment using modern information technologies. Our task was to investigate Ukrainian academicians’ experience and e-competences necessary for participation in virtual mobility processes (sample – 710). The instruments of measurement and diagnostics were a specially constructed questionnaire and a method of self-evaluation of ecompetences necessary for effective participation in virtual academic mobility.
Online teaching: overcoming the challenges, 20 October 2020Jisc
There is no one right way to use technology to underpin the curriculum. The range of possibilities can make it difficult for practitioners to know where to start, but as universities and colleges adapt to the new normal of teaching in hybrid environments support is needed to ‘get it right.’
There will be challenges, but you can overcome these if time and resources are directed at the right things. There are lots of misunderstandings about what it means to use technology to support teaching, learning and assessment. Academic staff need to approach the challenge with an awareness of those misconceptions as well as with a critical and creative mindset.
This webinar will showcase examples of how universities and colleges are currently adapting to provide flexible approaches to learning using digital. The focus will be on what lessons we have learned over the last six months and how we can make online learning a transformative experience for learners, rather than a deficit model.
With the rapid development of information technologies and the spread of the Internet, universities have been able to extend their learning environments using technology all over their campuses. Numerous universities have implemented OpenCourseWare (OCW) initiatives and OER(Open Educational Resources) development to share their learning materials on the web. In addition, some universities provide free Massive Open Online Course (MOOC) with large-scale interactive participation and open access on the Internet. This keynote evaluates the status of the Open Education movement and its dissemination in higher education. It reviews the growth of MOOC movement, activities of MOOC providers and consortiums, introduction MOOC to university education as well as the possible impact on higher education. In addition, this keynote introduces current open educational practices in Hokkaido region, utilizing OER across campuses to improve student outcomes.
UDOL: Quality Frameworks for Online EducationEADTU
This document discusses quality frameworks for online education. It covers three main areas of online education provision: degree education, continuing education/professional development, and open education. It also discusses challenges in designing online courses and ensuring quality, the need for innovative pedagogies and learning design, and ensuring quality assurance frameworks can adapt to different online education approaches and innovations. National quality assurance agencies need to develop expertise in evaluating new teaching models and support innovation in online education.
Slides used during webinar on strategies of higher education institutions on open education.
Held on 11 March 2015 during Masterclass "Towards open educational processes and practices"
http://portal.ou.nl/en/web/masterclass-ow-050216/introduction/-/wiki/Main/Programme
Sanna-Katja Parikka - Digital education and university alliancesEADTU
The document discusses the Una Europa university alliance and its efforts in digital education. It provides an overview of the alliance which includes 8 European universities. It describes the focus areas and types of courses being developed through pilot programs. It also discusses the flexible support services provided to academics, including specialist clusters and an "ABC Course Design Method" workshop. Finally, it discusses challenges around designing open online courses that provide credits and solutions being tested through Una Europa pilots.
This project aims to provide professional development courses on digital teaching methods like synchronous hybrid, blended, and online learning. Led by EADTU and involving several European universities, the project will design and implement three cycles of courses on these topics over two years. The courses will help educators adapt to digital education needs arising from the pandemic and will empower students for digital learning. The project seeks to advance quality and inclusion in digital education across Europe.
The document discusses future scenarios for learning and education, focusing on addressing increasing complexity and harnessing emerging technologies. It describes a future where digital technologies are ubiquitous and seamlessly integrated into daily life and learning environments. It also discusses the need to focus more on competencies like problem solving, collaboration, and digital literacy rather than just knowledge acquisition. Examples of new learning approaches are provided, including open practices using OERs and MOOCs, flipped classrooms, and learner-centered pedagogies like heutagogy.
This document discusses enriching learning environments through the use of multimedia. It begins by noting that today's students are technology-minded and prefer interactive, exploratory learning. It then outlines various learning models including face-to-face, e-learning, and blended learning. Trends in educational technology over the next 1-5 years are also examined, such as flipped classrooms and adaptive learning. The document encourages reflection on students' characteristics and supported learning styles. It concludes by discussing instructional design and involving students as co-designers to imagine enriched future courses.
Presentation of Grainne Conole, Dublin City University, Ireland, for the Open Education Week's third day webinar on "Ongoing initiatives for Open Education in Europe" - 6 March 2019
Recordings of the discussion are available: https://eden-online.adobeconnect.com/pcpo9gbaq1t1/
Flexible Delivery - what does it mean for students? (2006)JamesDunphy
Presentation to student officers in Scotland on the work of the Quality Enhancement Theme on Flexible Delivery and on the types of flexibility which might be desirable in terms of providing high quality and accessible student experiences.
Similar to Estela Dauksiene "Virtual mobility - innovative learning approach" (20)
ReOPEN project presentation with the focus on dissemiantion, sustainability a...Estela Dauksiene
The presentation was prepared and presented by Estela Daukšienė, Vytautas Magnus University, for the Transnational cooperation activity event "Dissemination, sustainability and impact in Erasmus + Strategic partnerships" that was organized by DAAD on 16/17 May, 2018 in Bonn
Presentation on ReOpen project publicly available training material for teachers on "Designing non-formal open learning curriculum", presented in project multiplier event as a pre-conference workshop of international conference "Open professional collaboration for open Classroom" on November 9th, 2017 in Vytautas Magnus University, Kaunas
The document summarizes the OPENPROF project which aimed to foster open collaboration between education professionals and develop training materials on using and creating open educational resources (OER) and innovative curriculum for work-based learning. The project involved partners from 6 countries and produced 3 training materials on OER, ICT tools for OER, and curriculum design for work-based learning. It also developed 6 modules adapted for work-based learning and shared 48 OERs in different languages. The overall goal was to help educators better meet the needs of adult learners in a shifting educational landscape.
Open Collaboration in the Development of Innovative Online CurriculumEstela Dauksiene
The document discusses the OpenPROF project, which aims to foster open international collaboration among professionals to develop innovative online curriculum for work-based learning using open educational resources (OER). So far, the project has created 3 training materials on OER and developed 24 OER in English and 6 courses for work-based learning including OER available on their website. Some challenges have included the need for virtual and in-person collaboration as well as translation of materials into different languages. Requirements for teachers participating include digital skills, openness, and a willingness to collaborate and innovate.
Virtualus mobilumas - nauja galimybė mokytis svetur Estela Dauksiene
Virtualaus mobilumo galimybių pristatymas Utenos kolegijos konferencijoje "Verslumo ugdymo aspektai formaliajame ir neformaliajame švietime" 2015 m. gruodžio 8 d.
"Atviras profesinis bendradarbiavimas kuriant inovacijas" - projekto ir jo sukurtų rezultatų pristatymas tarptautinėje konferencijoje Kaune, 2015 m. lapkričio 5 d.
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VDU išbandyti virtualaus mobilumo scenarijai, virtualaus mobilumo apivrėžimai bei patarimai, kaip geriausia jį įgyvendinti. Taip pat pateikiamos nuorodos į OUVM projeto rezultatus
Presentation "Atviras profesinis bendradarbiavimas" by Estela Dauksiene is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.
CC BY-SA
Atviras institucinis bendradarbiavimas kokybės gerinimuiEstela Dauksiene
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Pranešimas apie virtualų mobilumą - kas tai yra/nėra ir galimi scenarijai bei sekmės faktoriai. Pristatyta 2014m. vasario 21d. Šiaurės Lietuvos kolegijos konferencijoje, Šiauliuose.
The presentation of the use of quality assurance tool for self-assessment, case development and peer review, together with some ideas for curriculum design of TEL course. The recorded presentation of this tool is also available at http://www.youtube.com/watch?v=Xi-hAH72cn8
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
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This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
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Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
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This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
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Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
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Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
1. Virtual Mobility as Innovative
Teaching and Learning Approach
Estela Daukšienė,
Vytautas Magnus University (VMU)
Kaunas, Lithuania
2. • What is virtual mobility?
• Different virtual mobility cases VMU has
experience in
• Virtual mobility curriculum design
• Virtual mobility implementation issues
The focus of the presentation
3. • “the set of ICT-supported activities that realize
cross-border, collaborative experiences in a
context of teaching and/or learning”
Vriens, M., Van Petegem, W., Op de Beeck, I., & Achten, M. (2010)
• “it is the way of collaboration among people
from different backgrounds and cultures,
working and studying together where crossing
borders in not a necessity any more”
Poulova, P., Černa, M., & Svobodova, L. (2009).
Virtual mobility
5. Physical mobility vs
virtual mobility
Aveiro universitety, Portugal
Pavia university, Italy
VMU, Lithuania
In virtual mobility
6. Virtual mobility in higher education is a way of learning,
teaching, research, communication, or collaboration,
based on the following characteristics:
• Development of intercultural competence;
• Cooperation of higher education institutions;
• Application of appropriate technological solutions for
teaching and learning, communication and
collaboration;
• Aimed at achieving academic goals and recognition of
the achieved learning outcomes
Virtual mobility
7. 1. Virtual seminar (series) or
part of the virtual course or
virtual course/module or
Virtual study programme
2. Virtual placement
3. Virtual support activities for physical mobility
(before, during or after traditional mobility)
Types of virtual mobility activities
8. • Student virtual mobility
• Teacher virtual mobility
2 perspectives or types of VM
9. Feature Virtual mobility (course) Distance learning
(course)
Main aim Learning and teaching in
multicultural environment
Learning in selected
place, in own pace, time
and preferred way
International
student groups
For cooperation and
intercultural competence
development
Not required
International
teaching groups
Must be present at TVM Not required
Multicultural
exchange
Intercultural or multicultural
depend on no. of
participating countries
Not required
Use of IT Must be present Must be present
Distance learning vs. virtual mobility
10. VM benefits for institutions
• enhances the quality of courses and curricula
• contributes to the internationalization and
modernization of HE: open, international,
recognizable; attracts foreign students
• enhance sound competition between
institutions
• enables and fosters multi-institutional
collaboration between institutions
11. Main benefits of vm for
students and teachers
• Different forms of learning and methods of delivery
• Different cultures + different perspectives = wider approach
• Experience and improvement of virtual mobility
competences
– Linguistical/language
– Cultural/intercultural
– ICT
– Educational/LO related
– Personal and social
• More career opportunities...
13. • Based on bilateral agreements
• Recognition of ECTS credits and virtual
mobility at student home institution(via TOR
as in ph. mobility, indicating VM in diploma)
• Motivation of the participants
• Thorough preparation, coordination and
planning of the pilot
Success factors - Ubicamp
15. • There was a strong leadership and coordination that enabled
the organization and successful finalization of the pilot
(learners’ PoV)
• Motivation of the participants: there were real challenges for
student groups which had some passive students (lurkers),
however groups managed to focus on the task, were highly
motivated and dedicated (organizers’ PoV)
• Thorough preparation, coordination and planning of the pilot,
coherent information for the participants (organizer’s PoV)
• Attractive topic was selected (learners’ PoV)
• Prior experience and dedicated collaborators who
communicated, participated and supported the pilot from the
very beginning till the end (organizers’ PoV)
Success factors - VMCOLAB
17. • We became more open-minded for the other cultures…
• We improved various skills and competences
• It was a chance to use knowledge practically
• We discovered new viewpoints of cultural differences
• We learned to collaborate in a virtual environment
• We learnt to better organize our study time schedule
• We had many positive feelings and a valuable
experience
Student testimonies after VM sessions
in TeaCamp
19. • Created learning content was interested and
rated as good, but
• Workers didn’t like attending synchronous
meetings and doing the tasks
• Suggested tools (moodle and google
hangouts) were not typical for learners and
were rarely used
Mevel - VM in metal sector
with trainers(teachers) and
workers (learners)
21. The selected topic – global social problems:
More different students – more perspectives –
more and different global problems analyzed
• “the chosen subject has to be interesting to
be seen from different countries
perspectives”
Main additional value
23. In order VM is successful
• It has to come from a need and organized within
trusted network
• Try to do this in a blended way - necessity of
synchronous meetings
• Everything has to be pre-planned and coordinated
• Initial teacher training and support necessary
• Benevolent attitude and encouragement for
participants
24. • OUVM project results - 3 training materials:
– On curriculum design
– On open educational technologies and
– On creative commons licenses or licencing
All available at openstudies.eu/trainingmaterial/all
Virtual mobility curriculum design
25. Unit 1 • Decision making
Unit 2 • Transforming your course into vm course
Unit 3 •Tools for virtual mobility
Unit 4 •VM organization
Unit 5. •QA of curriculum design for VM
Virtual mobility curriculum designing
26. • International group collaboration activities
• Intercultural competence development
• Common (English) language
• Virtually accessible learning content (VLE)
• Use of technology for communication and
collaboration
Characteristics of a virtual mobility
course
27. • Synchronous/asynchronous or both
• Group size: min. 4 - max. 6
• Learning content – international/intercultural
• Number or tasks – 1-3: aim?
– Exchange of information
– Analysis and comparison
– Collaboration (intercultural experience)
Designing online international group
work: the do’s and don’ts
28. Additional value in virtual mobility:
• “the chosen subject has to be interesting to
be seen from different countries
perspectives”
• Please reflect - what topics could be most
efficient in the subject you teach?
Innovative way of learning
29. TVM SVM Institutional
• Teacher training • Language • Costs and benefits
• Workload • Socio-cultural exchange • Adaptation of the
academic resources• Legal framework • Knowledge of the tools
(synchronous &
asynchronous)
• Adaptation of the
administrative
resources
• Academic
recognition
• Quality • Master classes
• Cultural identity • Credit recognition • Legal framework
• Blended Mobility • Virtual mobility
recognition
Barriers and problems for teacher VM (TVM) and student virtual mobility (SVM) by
Juan Fuente and Menendez Ferreira (2011)
Virtual mobility implementation issues
30. TVM SVM Institutional
• Teacher training • Language • Costs and benefits
• Workload • Socio-cultural exchange • Adaptation of the
academic resources• Legal framework • Knowledge of the tools
(synchronous &
asynchronous)
• Adaptation of the
administrative
resources
• Academic
recognition
• Quality • Master classes
• Cultural identity • Credit recognition • Legal framework
• Blended Mobility • Virtual mobility
recognition
Issues still in 2015
Virtual mobility implementation issues
32. • Vriens, M., Van Petegem, W., Op de Beeck, I., & Achten, M.
(2010, July 5-7). Virtual mobility as an alternative or
complement to physical mobility. Retrieved from Abstract
submitted for EDULEARN conference in Barcelona, Spain:
http://move-it.europace.org/kfm/uploads/Edulearn_Move-
IT_VM.pdf
• Poulova, P., Černa, M., & Svobodova, L. (2009). University
Network – Efficiency of Virtual Mobility. Proceedings of the
5th WSEAS/IASME International Conference on
EDUCATIONAL TECHNOLOGIES (EDUTE' 09), (pp. 87-92).
• Juan Fuente, A. A., & Menendez Ferreira, R. (2011).
TeaCamp Scenario and Barriers. WP7: TeaCamp
Exploitation, TeaCamp project: www.teacamp.eu
References
33. • Let’s open universities for student and teacher
virtual mobility
Contacts:
Estela Dauksiene
e.dauksiene@isi.vdu.lt
www.openstudies.eu
Editor's Notes
Before I start – whose univeersity is involved in vm?
Fully virtual or part of a blended mobility activity
1-2 complement or alternative, 3 – complement
3:– i.e. info about studies in another country, language or culture preparation/intro courses, virtual buddy, e-couching, feedback, virtual assessment or exams, and other
Student virtual mobility implemented in Ubicamp project came also from TeaCamp project experience, and as universities found a lot of bariers to overcome, especially in recognition of learning outcomes gained during virtual mobility, Ubicamp project scenario focused on administrative procedures and sociocultural activities created for students to get not just the subject knowledge, but also some sociocultural features
One more virtual mobility scenario was implemented in Vmcolab project which suggested a course for international students that are present at universities and learning support staff. The idea was that a new selected topic on Open Educational resources was new and of interest by students and by university staff, so they all collaborated in international groups for virtual activities and presented their international group results for all course participants.
Vmcolabe buvo apie OER.
Tam tikra tema analizuojama kaip yra skirtingose salyse (ypac jei tai yra naujove ir noretu pvz bendradarbiauti naujo gaminio, proceso, produkto, teisinio reglamentavimo, eksporto klausimu)
Studentai bijo dalyvauti bijo kalbos bariero o po to labai dziaugiasi. Bet visada turi rasti kuo sudominti, uzkabinti besimokantiji.
Virtualus mobilumas vykst tada kai turi ka palyginti – tada yra pridetine verte. Taciau tai negali buti vysto tarp konkurentu, tema turi buti kaip tarp partneriu. – tema patraukianti ir visi nori diskutuoti o ne konkuruoti.
The first virtum mobility practice that our university lead was in TeaCamp project in 2010.
All project parters it was new and it become most complex virtual mobility scenario tried by European universities so far.
Why it was so complicated? It was virtual mobility course, run by 13 teachers from 6 institutions in higher education, from 5 countries, participated by 30 students.
Preparation for it took one year and student virtual mobility took 4 months with everyweek online meetings.
You know, everyone was afraid in the beginning and were was all happy and excited after that.
So Teacamp project experience was chosen to be transferred to Metal sector in Mevel project. How we succeeded, you’ve already heard.
So let me teel you more diferent scenarios that our university tried in virtual mobility.
Mes isbandem tik kursus bet yra kitu universitetu kurie jau yra isbande virtualias praktikas
Praktika virtualiu budu pvz.:
Lioveno universitetas.
Su atvaziavimo be atvaziavoimo gauna uzduoti megina atlikti virtualiu budu.
Studentai preis atvaziuojant turi virtualu mentoriu (virtual budy), erasmus studentams pries atvykstanant I studijas ir I kita sali)
One course, the same topics and assignments, all topics are specific and analyzed from different countries perspectives
VMU-Loyola case
All experience gathered (surinktas) by TeaCamp and UbiCamp projects are continued in OUVM (Open University Virtal mobility) project which focus on suggesting virtual mobility courses for master students.
Unit 1. Decision making
Unit 2. Transforming your course into vm course
Unit 3. Tools for virtual mobility
Unit 4. VM organization
Unit 5. QA of curriculum design for VM