Call for Presentations: PhD Symposium on the Digitalisation of Universities on 12 July

The call for presentations is now open for the PhD Symposium on the “Digitalisation of Universities in the Future” on 12 July 2017. It is part of the Universities of the Future Research Network meeting in Hagen, Germany, 11 – 13 July 2017. The call for presentations is open until 30 April 2017. PhD students are invited to present on their research in areas that relate to the digitalisation of universities. Students will present to a panel of experts in e-learning and receive feedback. Presentations can be done in-person or online. Please take advantage of this opportunity to present your research-in-progress.

For more information, visit the website: http://unifuture.network/2017/03/02/call-presentations-phd-symposium/

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NMC Horizon Report for Higher Education 2017

The annual NMC Horizon Report for Higher Education has just been released. It contains 6 key trends in educational technology, 6 challenges to overcome and predicts 6 developments in educational technology. It is similar to the previous editions (see my posts from 2016 and 2015). This year the report shows the trends, challenges and developments in educational technology over the past 6 years. This shows how the different topics change from year to year.

Key Trends Accelerating Technology Adoption in Higher Education

  • Collaborative Learning – based on the perspective that learning is a social construct.
  • Blended Learning Designs – Perceptions of online learning have been shifting in its favour as more learners and educators see it as a viable alternative to some forms of face-to-face learning
  • Redesigning Learning Spaces – Educational settings are increasingly designed to support project-based interactions with attention to greater mobility, flexibility, and multiple device usage.
  • Growing Focus on Measuring Learning – an interest in assessment and the wide variety
  • of methods and tools that educators use to evaluate, measure, and document academic readiness, learning progress, skill acquisition, and other educational needs of students
  • Deeper Learning Approaches – mastery of content that engages students in critical thinking, problem-solving, collaboration, and self-directed learning
  • Advancing Cultures of Innovation – campuses will become places for entrepreneurship and discovery. Creating a culture that promotes experimentation and accepting failure as an important part of learning.

Significant Challenges Impeding Technology Adoption in Higher Education

  • Improving Digital Literacy – Due to the multitude of elements comprising digital literacy, higher education leaders are challenged to obtain institution-wide buy-in and to support all stakeholders in developing these competencies.
  • Integrating Formal and Informal Learning – there is a lack of scalable methods of formally documenting and assessing skills mastered outside of the classroom and adapting pricing structures and financial aid models to fit new degree options
  • Achievement Gap: reducing the disparity in the enrolment and academic performance between student groups, defined by socioeconomic status, race, ethnicity, or gender
  • Advancing Digital Equity: improving access to broadband internet is necessary to promote full participation, communication, and learning within society
  • Managing Knowledge Obsolescence: Staying organized and current presents a challenge to academics  in a world where educational needs, software, and devices advance at a strenuous rate
  • Rethinking the Roles of Educators: Educators are increasingly expected to employ a variety of technology-based tools, active learning methodologies and the rise of competency-based education.

Important Developments in Educational Technology for Higher Education

Time-to-Adoption Horizon: One Year or Less

  • Adaptive Learning Technologies: encompassed by the personalized learning movement and closely linked to learning analytics, adaptive learning refers to the technologies monitoring student progress, using data to modify instruction at any time.
  • Mobile Learning: the pervasiveness of mobile devices is changing the way people interact with content and their surroundings. As the processing power of smartphones, smartwatches, and tablets continues to increase dramatically, mobile learning, or m-learning, enables learners to access materials anywhere, often across multiple devices.

Time-to-Adoption Horizon: Two to Three Years

  • The Internet of Things: consists of objects endowed with computing power through processors or embedded sensors that are capable of transmitting information across networks. Connected devices are generating data on student learning and campus activity, informing the direction of content delivery and institutional planning.
  • Next-Generation LMS: the development of more flexible spaces that support personalisation, meet universal design standards, and play a larger role in formative learning assessment. Rather than existing as single applications, they are a confederation of IT systems and application components.

Time-to-Adoption Horizon: Four to Five Years

  • Artificial Intelligence: As the underlying technologies continue to develop, AI has the potential to enhance online learning, adaptive learning software, and research processes in ways that more intuitively respond to and engage with students.
  • Natural User Interfaces: There is a rising level of interactive fidelity in systems that understand gestures, facial expressions, and their nuances, as well as the convergence of gesture-sensing technology with voice recognition.

For a good review of the NMC Horizon Report 2017 (as well previous editions) see the blogpost by Audrey Watters What’s on the Horizon (Still, Again, Always) for Ed-Tech. It shows how “haphazard” predicting the future can be.

In terms of technologies, I do not think these technologies will be broadly adopted in the time frames suggested. However, where they refer to mobile learning, I see this as multiple device learning, which ties into my research, which I think is probably more of a medium-term horizon.

Reference

Adams Becker, S., Cummins, M., Davis, A., Freeman, A., Hall Giesinger, C., and Ananthanarayanan, V. (2017). NMC Horizon Report: 2017 Higher Education Edition. Austin, Texas: The New Media Consortium.

Reimagining the Role of Technology in Higher Education

Yesterday I wrote about the US National Education Technology Plan. There is also a higher education supplement to this plan. The Higher Education Supplement to the National Education Technology Plan (NETP) 2017 from the US Department of Education sets out a vision for learning enabled by technology in the context of higher education. The supplement, like the plan,  focuses on the areas of Learning, Teaching, Leadership, Assessment, and Infrastructure.

What is Higher Ed? A Student Prospectus

  • New “normal” students transfer between institutions, may have dependents, work (part or full time), and study part-time
  • Ecosystem: Learning is lifelong (occurring at different times) and lifewide (education at work, home and other settings)
  • Design principles:
    • Education that enables students to achieve their goals, is suitable to their needs, and aligns with their interests
    • Helps students make wise financial decisions about education
    • Prepare students for postsecondary work
    • Allow students to adjust the timing and format of education to fit in other priorities
    • Provide affordable access to high-quality resources
    • Help students progress through times of transition and changing needs
    • Collect and use real-time learning data to assist students
    • Allow students to build meaningful education pathways
    • Allow students to document their learning in portable ways
    • Create a network of learning that supports students as creators and entrepreneurs

Engaging and Empowering Learning Through Technology

The goal is for learners to have engaging and empowering learning experiences in both formal and informal settings, in multiple contexts and various stages of life. Technology supports learners to scaffold their learning, document their competencies, and form meaningful connections with educators and peers.

  • Technology-Enabled Learning in Action
    • Access learning opportunities outside of the traditional barriers of time and space (flexible programmes)
    • Access learning opportunities outside of formal education institutions (receive credit for workplace or community experiences)
    • Access high-quality online learning resources (including OERs)
    • Learning experiences through blended learning models
    • Support student learning based on individual academic and non-academic needs (personalised feedback)
    • Participation of students with disabilities
  • Recommendations
    • Promote excellence in learning (use available formative and summative data to study how students are learning, review course failure and withdrawal rates and support student success, use learning analytics, research into how students learn in technology-rich environments)
    • Use technology to transform learning (increase collaborative and project-based learning, ensure accessibility or born accessible design)
    • Develop collaborative learning scenarios (support flexible pathways to completion, diversity in students, engage stakeholders in enhancing programmes)

Teaching with Technology

The goal is to design learning experiences that better support and enable learning, while improving the instructional approach over time.

  • Technology-Enabled Teaching in Action
    • Use student learning data to provide targeted interventions and tailored feedback
    • Use student learning data to evaluate the efficacy of new practices or technologies
    • Create active learning environments that connect students with content in different ways (inquiry-based learning, collaboration, real-world challenges)
    • Use tools to provide personal and connected experiences (virtual labs, simulations, coaching)
    • Provide high-quality resources at lower costs (not only expensive textbooks)
  • Elevating the Practice of Teaching
    • Foster ongoing professional development for teachers to develop their skills
    • Create career paths for instructors who master technology in teaching
  • Recommendations
    • Promote excellence in teaching (make resources on evidenced-based technology practices available to instructors).
    • Use technology to transform teaching (reimagine courses in ways that more actively engage students in flexible ways)
    • Develop collaborative teaching practice (co-design active learning experiences based on research)

Assessments Enabled by Technology

The goal is develop authentic assessments that enable measurement of learning and competency attainment. To improve student learning through frequent feedback and enabling personalisation.

  • Technology-Enabled Assessments in Action
    • Allow more precise measurement of student learning against clearly mapped competencies (verify and make portable)
    • Assessment through formative learning activities
    • Real-time assessments
  • Recommendations
    • Promote excellence in assessment (collaborate to create authentic assessments)
    • Transform assessment through data (determine whether student learning is accurately measured)
    • Develop collaborative assessment solutions (collaborate to provide support around assessments)

Systems That Support Student Success

The goal is to support educators and students with a robust infrastructure that bridges different learning environments.

  • Integrated Infrastructure that Supports Information-driven Student Success
    • Digital infrastructure to provide students with a mechanism to map learning and skills mastery to stackable and portable credentials
    • Controlled access and protection when using student data
    • Accessibility for all learners
    • Ubiquitous access to connectivity and devices
    • Clear Responsible Use Policies (RUP) to promote responsible use and protect privacy
  • Recommendations
    • Systems to act in tandem with policies
    • Data should be integrated, while ensuring privacy and security of information

Leadership that Enables Innovation and Change

The goal is to empower leaders to implement technology-enabled practices that optimise student success.

  • Leadership in Action
  • Leadership should work together to develop a strategy and action plan for the use of technology to support strategic plans
  • Collaborate across institutions for system-wide change
  • Recommendations
    • Develop a clear vision and strategic plan for the use of technology to enable learning
    • Create strategic networks with leaders at other institutions
    • Develop systems that support lifelong learning and lifewide learning

The Future of Higher Education

  • Focus innovation on affordable and equitable access
  • Leverage technology to deliver learning opportunities to those who need it most (access)
  • Ensure technology-enabled learning is affordable
  • Focus on completion and outcomes (whether students have met learning objectives)
  • Higher education is expanding and needs to grow more (not only traditional institutions)
  • Assembly of learning experiences and resources from various sources to increase quality and access
  • Further research that tests effectiveness and informs practice

US National Education Technology Plan 2017

The National Education Technology Plan (NETP) 2017 from the US Department of Education was recently released. It sets out a vision for learning enabled by technology at all levels of education. The plan consists of 5 sections: Learning, Teaching, Leadership, Assessment, and Infrastructure.

Learning—Engaging and Empowering Learning through Technology

The goal is for learners to have engaging and empowering learning experiences in both formal and informal settings to prepare them to be active, creative and knowledgeable and ethical citizens.

  • Technology-Enabled Learning in Action
    • Enabling personalised learning experiences (menu of learning experiences: write an essay, produce media, collect data etc.)
    • Organise learning around projects and real-world learning (sharing outputs online)
    • Learning opportunities in museums, libraries and out-of-school settings
    • Pursue passions and personal interests
  • The Future of Learning Technologies (increased games and simulations, augmented reality and virtual reality)
  • Bringing Equity to Learning Through Technology (Closing the digital divide and ensure students understand how to use technology as a tool to engage in creative, productive, lifelong learning, and not simply consuming passive content)
  • Providing Technology Accessibility for All Learners (Universal Design for Learning)
  • Physical Spaces and Technology-Enabled Learning (Flexible and blended learning spaces)
  • Recommendations
    • Develop and implement learning resources to create equitable and accessible learning ecosystems that make learning possible everywhere and all the time
    • Develop and implement learning resources that use technology to embody learning sciences design principles
    • Align learning technology resources to intended learning outcomes
    • Develop an accessible standard of learning resource design to help educators select and evaluate learning resources for accessibility and equity of learning experience
    • More research is needed on how learning sciences can inform how technology is developed and used for learning

Teaching—Teaching With Technology

The goal is for educators to be connected to people, resources, expertise and learning experiences that empower and inspire them to provide more effective teaching.

  • Roles and Practices of Educators in Technology-Supported Learning
    • Collaborate outside their own schools
    • Design engaging and relevant learning experiences (using games, social networks, simulations, and multimedia)
    • Lead evaluations and implementations of new technologies for learning
    • Motivate learners (create spaces to experiment, iterate and risk)
    • Co-learners with students and peers
    • Serve the underserved
  • Rethinking Teacher Preparation (active use of technology to enable learning, program-deep and program-wide educational technology experiences)
  • Fostering Ongoing Professional Learning and Development
  • Recommendations
    • Provide teachers educators with learning experiences powered by technology to increase their digital literacy
    • Provide learners with online access to effective teaching
    • Develop skills in online and blended instruction
    • Develop a common set of technology competencies for lecturers and teachers

Leadership—Creating a Culture and Conditions for Innovation and Change

The goal is to embed an understanding of technology-enabled education within the roles and responsibilities of educational leaders.

  • Characteristics of Effective Leadership
    • Collaborative leadership
    • Personalised student learning
    • Robust infrastructure
    • Personalised professional learning
  • Budgeting and Funding for the Transition to Digital Learning (reduce existing costs, partner with other organisations, use federal funds, rethink staff responsibilities, long-term sustainability)
  • Recommendations
    • Establish clear strategic planning connections at all levels
    • Set a vision for the use of technology to enable learning
    • Develop funding models and plans for sustainable technology purchases and leverage openly licensed content
    • Develop clear communities of practice for education leaders

Assessment—Measuring for Learning

The goal is to leverage the power of technology to measure what matters most and use assessments to improve learning

  • Approaches to Assessment (formative and summative)
  • Using Assessment Data to Support Learning
  • How Technology Transforms Assessment
    • Enhanced question types (graphic response, simulations, equation response)
    • Complex competency measurement (measure social and emotional learning)
    • Real-time feedback
    • Accessibility
    • Adapt to learner ability and knowledge (adaptive testing)
    • Embedded within the learning process
    • Assess for ongoing learning
  • The Future of Technology-Based Assessment (continuous improvement, integrated learning and assessment systems, use data appropriately, learning dashboards, micro-credentials)
  • Recommendations
    • Ensure privacy protection while ongoing gathering and sharing of assessment data for continuous improvement of learning
    • Implement learning dashboards and response systems to provide feedback about student learning
    • Create an integrated system for valid, reliable and cost-effective assessments
    • Research to explore how embedded assessment technologies (simulations, games, virtual worlds) assess and engage learners

Infrastructure—Enabling Access and Effective Use

The goal is ensure access to a robust and comprehensive infrastructure when and where it is needed for learning

  • Ubiquitous Connectivity (quality internet at school and home)
  • Powerful Learning Devices (including BYOT)
  • High-Quality Digital Learning Content (including OERs)
  • Responsible Use Policies (RUP)
  • Protections for Student Data and Privacy
  • Device and Network Management
  • Recommendations
    • Ensure broadband access to the internet and adequate wifi connectivity
    • Ensure there is at least one internet access device and appropriate software for use in and out of school
    • Support the development and use of openly licensed materials
    • Draft sustainable infrastructure plans
    • Create a map of connectivity, device access and their uses
    • Include cyber safety and cybersecurity training

Potential Thesis Defence Questions

As I move into my final year of my PhD, the focus is now solely on the analysis of the data I have collected, collecting all my thoughts, and writing the thesis. I found this article on 40 possible thesis defence questions by Rebecca Ferguson. The questions are listed below:

1. Can you start by summarising your thesis?
2. Now, can you summarise it in one sentence?
3. What is the idea that binds your thesis together?
4. What motivated and inspired you to carry out this research?
5. What are the main issues and debates in this subject area?
6. Which of these does your research address?
7. Why is the problem you have tackled worth tackling?
8. Who has had the strongest influence in the development of your subject area in theory and practice?
9. Which are the three most important papers that relate to your thesis?
10. What published work is closest to yours? How is your work different?
11. What do you know about the history of [insert something relevant]?
12. How does your work relate to [insert something relevant]?
13. What are the most recent major developments in your area?
14. How did your research questions emerge?
15. What were the crucial research decisions you made?
16. Why did you use this research methodology? What did you gain from it?
17. What were the alternatives to this methodology?
18. What would you have gained by using another approach?
19. How did you deal with the ethical implications of your work?
20. How has your view of your research topic changed?
21. How have you evaluated your work?
22. How do you know that your findings are correct?
23. What are the strongest/weakest parts of your work?
24. What would have improved your work?
25. To what extent do your contributions generalise?
26. Who will be most interested in your work?
27. What is the relevance of your work to other researchers?
28. What is the relevance of your work to practitioners?
29. Which aspects of your work do you intend to publish – and where?
30. Summarise your key findings.
31. Which of these findings are the most interesting to you? Why?
32. How do your findings relate to literature in your field?
33. What are the contributions to knowledge of your thesis?
34. How long-term are these contributions?
35. What are the main achievements of your research?
36. What have you learned from the process of doing your PhD?
37. What advice would you give to a research student entering this area?
38. You propose future research. How would you start this?
39. What would be the difficulties?
40. And, finally… What have you done that merits a PhD?

My Interview in the University Research Newsletter

UOC publishes a monthly Research and Innovation newsletter. For the December edition, a research staff member interviewed me about my doctoral journey so far at UOC. Here is the link to the interview: http://www.uoc.edu/portal/en/ri/difusio-publicacions/noticies/noticies-OSRT/2016/noticia_020_interview_Greig_Krull_PhD.html

Innovative Pedagogy 2016

The Innovative Pedagogy 2016 report explores new forms of teaching and learning in a digital world, and looks at 10 innovations that have not yet influenced post-school education. This is the fifth annual report produced by the Open University in the UK. This year the report was produced in conjunction with the National Institute of Education in Singapore. The 10 innovations are listed in the order of possible widespread adoption.

  1. Learning through social media: People use social media such as Twitter and Facebook for informal learning. A range of learning opportunities is available such as access to expert advice, encounter challenges, defend opinions and amend ideas in the face of criticism. However, learners may also encounter inaccurate information, biased comments and hostile responses.
  2. Productive failure: A method of teaching that gives students complex problems to solve and attempt to form their own solutions before receiving instruction. By struggling and sometimes failing to find a solution, students gain a deeper understanding of the structure of the problem and its elements.
  3. Teachback: One person (a teacher, an expert, or another student) explains their knowledge of a topic to a learner. Then that learner attempts to explain, or teach back, what they have understood. This helps learners to understand a topic or problem by reframing it in their own terms and explain what they have learned in a way that is understandable.
  4. Design thinking: Solving problems using the methods and thinking processes used by designers e.g. experimenting, creating and prototyping models, soliciting feedback, and redesigning.
  5. Learning from the crowd: Amateurs and experts exchange ideas, generate and discuss content, solve problems, vote for the best solutions, and raise funds. A classic example is Wikipedia.  Possible applications of crowdsourcing in education include collecting and curating teaching resources, letting students share and discuss their work online, and providing opinions and data for use in projects and research studies.
  6. Learning through video games: The focus can be on games designed for education, the use of game elements in workplace training, simulations such as flight trainers, or on social benefit. However, it is difficult to balance learning with fun.
  7. Formative analytics:  Support learners to reflect on what they have learned, what can be improved, which goals can be achieved, and how they should move forward. Focusing on analytics for learning, rather than analytics of learning, can empower each learner through timely, personalised, and automated feedback.
  8. Learning for the future: Learners need to be educated not just for today but for the future. They should acquire skills and dispositions that will enable them to cope with an uncertain life and a complex work environment. Learning for the future builds human capacity to learn.
  9. Translanguaging: In a globalised world, many learners study in and speak a language that is not their mother tongue. Translanguaging refers to moving flexibly and fluidly between languages. Pedagogical strategies engage the language abilities of bilingual students in teaching and learning, for example by using bilingual partners, organising international collaboration, searching the internet in multiple languages and accessing a wide range of online communities and resources.
  10. Blockchain for learning: A blockchain stores digital events securely on every user’s computer rather than in a central database (the technology behind digital currencies like Bitcoin).  Blockchain learning explores how this approach could be applied to education in which achievements are recorded by a wider range of participants. A blockchain could be used as a permanent shared record of intellectual achievement.

An interesting list of possible innovations in education. Surprisingly, there does not seem to be any overlap with the list of innovations in the 2015 report. The report provides a mix of approaches that are not new, but not widely implemented in formal education (video games, social media, design thinking), together with non-education innovations with potential for learning (blockchain) and some creative pedagogical approaches (teachback, productive failure).

Reference

Sharples, M., de Roock , R., Ferguson, R., Gaved, M., Herodotou, C., Koh, E., Kukulska-Hulme, A., Looi, C-K, McAndrew, P., Rienties, B., Weller, M., Wong, L. H. (2016). Innovating Pedagogy 2016: Open University Innovation Report 5. Milton Keynes: The Open University.