The document discusses bringing technology into the mainstream of learning and teaching in higher education. It provides context on the development of technologies for learning over the past decades and perspectives on the nature of learning. Key points discussed include understanding what is needed to support active learning with technology, addressing barriers to innovation, and providing appropriate support for academics to experiment and disseminate innovations in teaching as they do with research.

3. UK: 10 years of progress in L&T for HE Teaching Quality Enhancement Fund Institute for Learning and Teaching in HE Higher Education Academy Teaching and Learning Research Programme National Student Survey TLRP/Technology Enhanced Learning Learning and Teaching Support Network Centres of Excellence in Teaching and Learning National Teaching Fellowship Scheme UK e-Universities E-Learning strategies of DfES, HEFCE, JISC We now have good mechanisms for innovation in L&T

4. 21st century ambitions for HE

6. Wider participation in UK has been successful in the sense that “ for a given level of prior attainment (A level point score), participation of young people in higher education does not vary significantly by socio-economic background” (Vignoles et al) One new university per week to keep pace with world population growth (Daniel, 1996) In many countries, demand already far exceeds supply, which perpetuates elitism, as high quality HE is only affordable by the rich (Bates, 2001) 1998 - 2004: international students in UK rose by 50% to 350,000; : UK share of HE market dropped from 16% to 11% (HEPI, 2007) Demand for international HE places: 2.1m in 2003; 5.8m by 2020 (OBHE, 2004) Student demand

7. Only 37% employers believe graduates have the requisite skills (Manpower, 2005) Demand for high skill workers has risen broadly in line with their supply, but needs to continue “Sustaining current trends in HE will be incredibly challenging” - from 29% in 2005 to 40% in 2020 at Level 4 (Leitch Report, 2006) New higher education growth should not be m ore of the same , but new types of programme offering specific, job-related skills such as Foundation Degrees (HE White Paper, 2005) New kinds of skills are needed in the workplace - techno-skills (Kent, Bakker et al 2005) Stakeholder requirements

8. Worldwide ambitions for education “ No child left behind ” (USA) “ Every child matters ” (UK) “ Education for all ” (UN) These necessarily translate into ambitions for HE How could it be possible to train and support the teachers needed without ODL and new technology?

9. Students have a new range of techno-skills, self acquired, but useful for HE Interactive, adaptive, communications technologies can offer extensive opportunities for active learning Technology can scale up high quality interactions for larger numbers of students Learning technologies: What have we learned? Positives Negatives Technology becomes the driver of educational change - the solution in search of a problem (blogs, wikis, podcasts) It is used mainly to make traditional teaching more efficient (learning management systems) The idea of the ‘information age mindset’ undermines the development of knowledge

10. To what extent does technology change the nature of learning?

11. John Dewey Jean Piaget Lev Vygotsky Jerome Bruner Paulo Freire Gordon Pask Terry Winograd Seymour Papert Lauren Resnick John Seely Brown Ference Marton Roger Säljö John Biggs Jean Lave Inquiry-based education Constructivism Mediated learning Discovery learning Learning as problematization Learning as conversation Problem-based learning Reflective practice Meta-cognition Experiential learning Learner-oriented approach Social constructivism Situated learning share a common conception of the learning process There is a common thread in the development of our understanding of learning 1890 . . 1940 . . 1960 . . 1980 . . 2000 . . - the learner as active agent in the learning process - the learner as active agent in the learning process

12. Inquiry-based education Constructivism Mediated learning Discovery learning Learning as conversation Problem-based learning Reflective practice Meta-cognition Experiential learning Learner-oriented approach Social constructivism Situated learning How might technology support active learning? Inquiry-based Construction Conceptual understanding Taking tests Problem-solving Narrative Literacy Game authoring Techno-computing skill-learning Fieldwork Communication Collaboration Learning identities Conceptual networks Manipulation skills Informal interests Self-worth Modelling Scenarios Evaluating evidence [From Round 1 project proposals for TLRP/TEL]

13. What is meant by Inquiry-based Construction Conceptual u/s Taking tests Problem-solving Narrative Literacy Game authoring Skill-learning Fieldwork Communication Collaboration Learning identity Conceptual networks Manipulation skills Informal interests Self-worth Modelling Scenarios Evaluating evidence Games Tools Cultural tools Adaptive ITS Avatars Embodied interaction Augmented cognition Pers L Environment Learner models Portable devices Conversation agents Editable digital artefacts Digital data tracking Haptic devices Virtual objects Online communities Adaptive support Simulation Collaborative technology Technology? Enhanced? Learning? [From Round 1 project proposals for TLRP/TEL] Games Tools Cultural tools Adaptive ITS Avatars Embodied interaction Augmented cognition Pers L Environment Learner models Portable devices Conversation agents Editable digital artefacts Digital data tracking Haptic devices Virtual objects Online communities Adaptive support Simulation Collaborative technology Only form of access to learning Alternative modes or pathways Personalised guidance More flexible learning Replacing less active methods Improve quality of interaction More practice in skills Visualisation in situ Adaptive personalisation Constructive personalisation Sharing and peer support More engaging activities Better quality assessment Scaling up Frameworks for learning design Only form of access to learning Alternative modes or pathways Personalised guidance More flexible learning Replacing less active methods Improve quality of interaction More practice in skills Visualisation in situ Adaptive personalisation Constructive personalisation Sharing and peer support More engaging activities Better quality assessment Scaling up Frameworks for learning design

15. Why is there so little technology-based innovation?

16. Interactive computers Local drives & discs WIMP interfaces Internet Multimedia Worldwide Web Laptops Email Search engines Broadband 3G mobiles Blogs New media and delivery technologies for knowledge development - recent history 1970s | 1980s | | 1990s | | | | 2000s | - new medium for articulating ideas - local storage with the user - devices for ease of access to content - mass production / distribution of content - elaborated forms of content - wide access to extensive content - personal portable access to the medium - mass delivery of messages - easier access to extensive content - rich content / immediate communication - low-cost access to elaborate content - personal mass publishing

17. Writing Paper Indexes, paragraphs Printing Photos, sound, film Libraries Published books Postal services Bibliographies Television, phones Paperbacks Pamphlets Old media and delivery technologies for knowledge development - not so recent history 0 1400s 1600s 1400s 1800s 1900s 1500s 1800s 1900s 1940s 1950s 1700s - new medium for articulating ideas - local storage with the user - devices for ease of access to content - mass production / distribution of content - elaborated forms of content - wide access to extensive content - personal portable access to the medium - mass delivery of messages - easier access to extensive content - rich content / immediate communication - low-cost access to elaborate content - personal mass publishing

18. Writing Paper Indexes, paragraphs Printing Photos, sound, film Libraries Published books Postal services Bibliographies Television, phones Paperbacks Pamphlets Old media and delivery technologies against the new… 0 1400s 1600s 1400s 1800s 1900s 1500s 1800s 1900s 1940s 1950s 1700s Interactive computers Local drives & discs WIMP interfaces Internet Multimedia Worldwide Web Laptops Email Search engines Broadband 3G mobiles Blogs 1970s | 1980s | | 1990s | | | | 2000s |

19. Writing Paper Printing Published books Indexes, paragraphs Pamphlets Photos, sound, film Postal services Libraries Bibliographies Television, phones Paperbacks 0 1400s 1400s 1500s 1600s 1700s 1800s 1800s 1900s 1900s 1940s 1950s Interactive computers Local drives & discs WIMP interfaces Internet Multimedia Worldwide Web Laptops Email Search engines Broadband 3G mobiles Blogs 1970s | 1980s | | 1990s | | | | 2000s | 30 years Old media and delivery technologies against the new… Interactive computers Local drives & discs WIMP interfaces

20. Bringing technology into the mainstream of learning and teaching

21. What does it take to bring TEL into the mainstream? A collective understanding of ‘what it takes to learn’ The teaching community responsible for innovation Mainstream teaching in HE problematised , like research: Support for some personal development in how to teach The means to build on the work of others The means to experiment and reflect on results The means to articulate and disseminate their contribution - Online learning design tools - Online communities of practice ; learning resource repositories - Learning activity system to run and monitor performance - Digital representation of learning design

22. Desirable futures for learning and teaching in HE Innovation in teaching focused on educational ambitions Clear strategy to link research, teaching and innovation Technology understood as an enabler of scale and quality What should we avoid? What would we like to see? Innovation in teaching left to specialists or commerce Efforts to innovate are non-strategic Technology used as a driver of innovation in teaching

23. Innovation in teaching left to the commercial world - RAE? Efforts to innovate that are non-strategic - leadership? Technology used as a driver of innovation in teaching - commerce? We have the capability… We have the technology… … We lack the capacity to innovate … We lack the leadership to develop teaching as we do research What are the barriers to success? Innovation in teaching left to specialists or commerce Efforts to innovate that are non-strategic Technology used as a driver of innovation in teaching Desirable futures for learning and teaching in HE

26. Phoebe: phoebe-app.conted.ox.ac.uk Return - a community-owned learning design resource

27. JORUM ( www.jorum.ac.uk ) Return - a community-owned learning object repository

28. wise.berkeley.edu Return - an editable, runnable learning activity system

29. Understanding processes within a system through a role-play activity to explain it - Designing the ‘ pedagogic form’ of collaborative learning Role-play group activity Link to repository for explanation of the system, simulation, video, etc…. Chat room to compare explanations Vote on the best explanation Link to repository for explanation of the system , simulation, video, etc…. www.lamsinternational.org Return