Showing posts with label technology enhanced learning. Show all posts
Showing posts with label technology enhanced learning. Show all posts

Monday, March 04, 2024

Practical pedagogy

 Book published in 2019 by Routledge. Mike Sharple's draws on the innovative pedagogy series published yearly by the Open University since 2012.

The book 'Practical pedagogy'  works through the various pedagogies sorted into 6 categories. 

- Personalisation includes adaptive teaching, spaced learning, personal inquiry, stealth assessments and translanguage.

- Connectivity introduces crossover learning, seamless learning, incidental learning, learning from gaming, geo-learning, learning through social media, and navigating knowledge.

-Reflection summarises 'explore first' teachback, learning through argumentation, computational thinking, learning from animations, learning to learn. assessment for learning and formative analytics.

- Extension has threshold concepts, learning through storytelling, learning through wonder, learning in remote science labs, context-based learning, event-based learning, and learning for the future.

- Embodiment includes embodied learning, immersive learning, maker culture, bricolage, and design thinking.

- Scale refers to massive open social learning, crowd learning, citizen inquiry, rhizomatic learning, reputation management, open pedagogy, humanistic knowledge-building and communities. Some discussion of the contents of the book found here.

The last chapter discusses 'pedagogies in practice'.


Monday, June 26, 2023

How education works: Teaching, Technology and Technique - book overview

 This book by Professor Jon Dron - How education works - teaching, technology and technique - is available for download for the time being and then opened for purchase as an e or print book.

The book is not too long (not quite 300 pages), consisting of  preamble (2 chapters), 3 parts (the rest of the 8 chapters) and an epilogue. Each chapter, lays out the argument, moves through the narrative and provides connections from one chapter to the next..

The book is written for the wider educational practitioner and researcher audience, with examples drawn from the school and higher education sectors.

Firstly, in the first chapters, he lays out the premises of learners' self-direction and how, when one is motivated to learn (mostly intrinsically), it does not matter how the learning transpires and what mode of delivery is used. In the long run, learners will learn, if they want to!

The 'role' of technology is discussed in chapter 3 and extended in chapter 4 with the call to view the deployment of technology, in a holistic manner. Technology is not a solution but a means, which works for many but perhaps not for all.

Chapter 5 then puts forward the premise that it is our interaction with technology, not the technology itself, which is the key to understanding how technology can be usefully used to support, enhance learning - not only for content, but for constructivist learning to occur. Technology is both a conduit and assistant, not just for access of content. He posits that the application of technology could be 'soft' (flexible, distributed, complex etc.) or 'hard' (reliable, regular, structured etc.)

From chapters 6 to 8, the connections between how learning occurs, and the affordances from technology are discussed. Firstly, that learning is distributed and this allows technologies to provision access to this web or network of learning (Chapter 6). Chapter 7 undertakes an overview of the educational theories - objective, subjective and complex - and provides some connections to the general thrust of the book, that learning is co-participative. The in chapter 8, the aspirations and direction of co-participation are discussed and pondered.

The last two chapters, performs the synthesis between the first section on technologies, and the section on learning theories. Using a series of 'case studies' from his own experiences and introduced through the previous chapters, he details the challenges inherent in through reflection and why the cases have been important in his development of a better understanding of how education happens. Chapter 9 provides the narratives and chapter 10 the discursive sections. Chapter 10 revisits the 'statements' or 'myths' he wanted to explore, dispel, support etc. bringing the argument anchoring the book, to a sort of a conclusion.

The epilogue, closes the book with encouragement for readers, to think through more clearly, what education means and how education had occurred for them. 

A thought provoking book. Clearly written with good use of examples most teachers will be able to relate to, regardless of the context they teach in. As per the quote at the beginning of the book, it is not what we do, but how we do it, that gets results. Teaching is and always will be more than making sure learners tick off a series of learning outcomes, pass assessments, or attain high grades. It is about understanding what motivates learners and provisioning the tools that will help each learner, reach their potential as human beings. 






Monday, February 13, 2023

Innovative approaches to Technology-enhanced learning for workplace and higher education

 This is a compilation of papers from the 'Learning ideass' conference held in 2022. The proceedings are edited by D, Guralnick, M. A. Auer, and A. Poce ad published as a book by Springer. 

There are 56 papers. The bulk of the papers come from the conference's main stream with 4 - 5 papers in two special tracks - emotional approaches and inclusive learning. 

Abstracts and references are available for all the papers. Several papers of interest to dip in and out of. 

Monday, July 25, 2022

Guide to integrating problem-based learning programs in higher education - book overview

 This book, Guide to integrating problem-based learning programs in higher education: Design, implementation, and evaluation, is written by Pam Epler and Jodee Jacobs, both from Youngstown State University, USA. 

There are 12 chapters and each is summarised in the detailed table of contents

The first chapter introduces and reviews the history, and advantages/disadvantages of problem-based learning (PBL) and provides examples of the integration of PBL into HE.

The follow chapters on the use of technology with PBL, how to evaluate PBL in HE, and student perspectives about PBL.

Chapter five discusses the challenges inherent in designing, implementing and teaching PBL in HE.

Chapter 6 moves into the role of technology with project-based learning. Then Chapter 7 provides examples of PBL classroom models in HE.

Chapter 8 summarise emerging research on project-based learning. Then Chapter 9 discusses the use of groups and peer tutors in PBL classrooms. Chapter 10 traces the integration and support of PBL in synchronous and asynchronous online classrooms. Chapter 11 provides a project-based learning service delivery model case study and the last chapter discusses future trends for PBL in HE.

Overall, a useful guide to PBL, with the inclusion of project-based learning and technology-enhanced / digitally supported learning. The context is HE and American which privileges on-campus learning /instructional design. However, the principles provided throughout the book are applicable (with care and scholarship) into vocational education. The introduction, judicious and structured use of technology to support contemporary PBL and project-based learning is useful. 

Monday, February 21, 2022

Tech tools for education - themes going forward

 Cultof pedagogy is one blog worth checking out for teachers. In their post, 6 tech tools to try for 2022, the tools reveal some of the shifts in how educational leverages off tecnology in the US of A schools sector.

Of note are two themes, tools which enable AR and VR and an emphasis on equity. These two themes, inform how apps/platforms/tools are selected and used in schools, leading to a loop whereby more similar apps/tools are developed.

The ease of availabilty of mobile devices including tablets, allows for AR and VR to be used more extensively in formalised education. The two tools featured, frame and osmo provide a glimpse in to how VR and AR can be applied to educational support. Frame allows for meetings to be held in a more '3D' type environment and osmo extends AR to allow for interactive learning of complex concepts. Both are useful in my context and provide ideas for going forward with AR and VR. 

Tuesday, July 06, 2021

Digitally enabling 'learning by doing' - new book published

 My book, written through the second half of last year, and summarising many of the learnings from our experiences across the short NZ 'lockdown'/'stay at home', now published. 

Access via this link


Monday, May 24, 2021

Horizon report 2021

 This year's Horizon report - teaching and learning edition - repeats much of last year's methodology by scanning the social, technological, economic, environmental and political impacts on technology and its implications on teaching and learning. The pandemic has coloured many of these with increases in 'remote' work/learning; widening of the digital divide and mental health issues being evidence social issues. There has been 'widespread' adoption of hybrid learning with increased use of learning technologies accompanied by online faculty development. 

The KEY technologies and practices are little changed. They include:

- Artificial Intelligence

- Blended and hybrid course models

- Learning analytics - their role

- Microcredentialling

- Open Educational resources (OER)

- Quality online learning - first mention, in a while, of this in Horizon reports.

Scenarios of growth, constraint, collapse and transformation are used to envision which of the above will have stronger impacts. Given the rise of digital learning due to the pandemic, growth is evident but transformation is still limited.

Case studies are offered across higher education (HE) and 'community colleges'. Countries include Australia, South Africa, Turkey, US community colleges and doctoral colleges. 

Overall, not much new with the addition of the implications wrought by pandemic issues. 

Tuesday, October 20, 2020

Ara Institute of Canterbury - Research week presentations #1

 

Today is the first of a series of lunch time presentations from Ara Institute of Canterbury Ltd. Researchers as part of the yearly ‘research week’ series.

Notes are for presentations by:

Alice Busbridge (applied science/ engagement team at Ara) on running demands of provincial women’s rugby union matches in NZ. Shared collaborative work completed with staff from University of Canterbury and from Ara (including James Jowsey and Dr. Peter Olsen). Provided overview and rationale for the study (very under-researched!!) and increase in recognition for womens’ rugby. NZ womens’ rugby only attained professional status in 2018. GPS units were strapped to players to find out how much running involved during training and when games played. Sports science important to inform improvements for the team. The GPS measures speed(including maximum speed) and distance (including high intensity running) Not much data on women but models available from mens’ rugby. Data collected from 7 games. Explained the various roles players take on as this affects the variations in data. In general, forwards run shorter total distance than backs. However, outside backs, run the least distance. Half backs have highest intensity running. Implications include the development of position-specific conditioning programmes; inform coaching and deeper look at half back and outside back contributions to the game.

Julie Bowen-Withington (Health Practice/Nursing) presents ‘emerging discourses shaping simulations as an educational platform in undergraduate nursing education’.  Has worked for over 15 years with the application of simulations at Ara. Why do we do what we do in simulation? Who tells us what to and how to do the things we do? What is intentional and what is not and how are these effective or ineffective? High fidelity simulation with medical mannikins used to help students through skills learning, role plays, etc. Used Crotty’s (1998) framework to underpin research methodology. Discussed contribution of the work of Foucault to inform the analysis. Data collected through focus groups/interviews with nurse academics, students and the simulation resources representative and images. Discourses identified on nursing/medical; simulation pedagogy; replacement of clinical hours; and realism. Shared examples on simulation pedagogy – with simulation being ubiquitous in healthcare education and ‘state of the art’ teaching. Discussed the ‘power relationships’ through adoption of high fidelity simulations as a form of ‘technology enhanced learning’ as it does not provide learners any choice. Clinical hours often replaced by simulation and this substitution has not be investigated – especially when simulation hours often only 50% of the original clinical hours. Realism and the authentic experience with a real patient also a challenge. Giving the plastic, a personality helps. Covered implications for practice. Some acceptance from students as less intimidating to start with. However, replacing clinical hours with simulations still requires study as each has its place.

 Only attended two as CRADLE also on today!!

There is a panel discussion tomorrow on the topic ‘research culture – what is it and how do we ge there? The session is moderated by research manager Dr. Michael Shone with the panel consisting of Dr. Serdar Durydev (engineering), Dr. Marg Hughes (nursing), Dr. Lorna Davies (midwifery), Dr. Allen Hill (outdoor education) and Dr. Tony McCaffrey (Nasda).  

Student project presentations run on Thursday and the next series of presentations run next week.

Monday, August 17, 2020

Reimagining university assessment in a digital world - book overview

 Browsed through this ebook from the Ara library over the last week or so. Bearman, M. Dawson, P. Ajjawi, R. Tai. J. & Boud. D. (2020). Re-imagining university assessment in a digital world. Springer. 10.1007/978-3-030-41956-1

The eidtors are based at the Centre for Research in Assessment and Digital Learning (CRADLE), Deakin University,  Melbourne, Australia. 

Notes are brief as I have access to this book through Ara library and able to look up content when required :) 

After an introductory chapter by the editors, there are 19 chapters sectioned into 3 parts. The introductory chapter provides a brief rational and overviews of the chapters. 

A second introduction with New directions for assessment in a digital world by M. Bearment, D. Boud and R; Ajjawi. Here, the chapter uses a ‘programmatic portfolio’ to example how technology can shift assessment beyond the usual. Included is a call to include co-construction of assessments into HE; assessments should be one avenue to help provide graduates with the digital skills required in the workforce; and the inclusion of social media profiles and digital profiles of students into assessments so that they are useful beyond under graduate studies.

Part 2 – The changing role of assessment in the digital world

Digitally mediated assessment in HE: ethical and social impacts M. Bearment, P. Dawson and J. Tai.

This chapter sets out the many social, ethical and pedagogical implications of conducting assessments in the digital world. The themes covered include ethical issues, feedback, AI and influences of digital practices and portrayals.

Cognitive off-loading and assessment with P. Dawson introduces the concept of cognitive offloading into notes, calculaors, spell checkers etc. and their effect on the underpinning expectations of assessments. Some ideas on how to incorporate cognitive offloading are suggested including issues of transparency, programmatic assessment, evaluative judgement and authentic assessment.

Preparing university assessment for a world with AI: Tasks for human intelligence with M; Bearman and R. Luckin. Overviews the uses of AI in assessment. Idenitifies the things humans do well – personal epistemology and evaluative judgement as key. Uses critical appraisal assessment as a means to focus on human aspects. 

Repositioning assessment-as portrayal: What can we learning from celebrity and persona studies? With R. Ajjawi, D. Boud and D. Marshall,. Introduces the interesting concept of applying authentic industry or discipline norms to assessments in the form of persona studies.

Towards technology enhanced dialogic feedback by E. Pitt and N. Winstone. Updates on the aspect of technology-enhanced feedback via video, audio and screencast. Uses Carless’s old vs new paradigm to unpack the advantages and pitfalls.

Catering for diversity in the digital age: reconsidering equity in assessment practices by L. R. Harris and J. Dargusch. An overview of the challenges of digital equity with regards to assessments. 

Assessments as and of digital practice: building productive digital literacies by M. O’Donnell. Argues for the use of assessments not only as a means to judge learners’ work but also to scaffold, develop and assess the digital skills integrated into the assessment.

Part 3 the role of big data in re-imaging assessment

Augmenting assessment with learning analytics by S. Knight. Introduces learning analytics and how this can transform the way assessments are developed and implemented and assessment practices. Suggesions are provided to improve how LA may be instrumental in supporting better assessment processes.

Are assessment practices well aligned over time? A big data exploration with J. Rogaten, D. Clow, C. Edwards, M. Gaved and B. Rienties. Uses big data to look at 20 years of assessments across 2 studies to find out if student assessments/grades were well aligned with the qualifications. Recommendations are derived to improve the longitudinal alignment of grading trajectories by ensuing consistemt grading policies are followed.

The bi-directional effect between data and assessments in the digital age by A. Pardo and P. Reimann. Digital tech affects assessments and feedback. Data collected important to be translated to yield actions and design aspects to further positive effects on student experiences.

Standards for developing assessments of learning using process data by S. Milligan. Provides background on shift from just testing knowledge to incorporation of ‘soft’ skills and competencies important to graduate attainment of graduate outcomes.

Part 4 practical exemplars

Re-imaging peer assessment in self-paced online learning environments with L. Corrin and A. Bakharia. Example of self-paced online learning environment which is flexible, customisable and scalble peer assessment and feedback.

The future of self and peer assessment: are technology or people in the key? By J. Tai and C. Adachi. Theoretical frameworks provided along with how digital could provide for better pedagogical goals and best practice self and peers assessment. 

Using technology to enable a shift from marks to outcomes-based assessments by A. Cain, L, Tubino and S. Krishnan. Introduces the web application ‘Doubtfire’ to allow for a task-orientated portfolio-based approach to assessment to scaffold and evidence different standards of achievement. 

Challenges with designing online assessment to support student task understanding with T. Apps, K. Beckmand and S. Bennett. Cases study of open-ended online assessment.

 Re-iimagining assessment through play: a case study of metarubric With Y. J. Kim and L. Rosenheck. Uses MetaRubric, a playful assessment design tool which creates rubrics for teachers and students and allows them to learn about assessments.

Sharing achievement through digital credentials: are universities ready for the transparency afforded by a digital world? With T. J. de St Jorre. Discusses the topic and the advantages/disadvantages of digital credentials.

Part 5 conclusion

Concluding comments: reimagining university assessment in a digital world by P. Dawson and M. Bearman, draws the book to a close, reiterating the need to not just replace current assessment practices with a layer of digital support, but to actually examine the actual purposes of assessments and to envisage how digital technologies may be useful in transforming assessment practices.

 

 

 

 

Monday, June 08, 2020

Educational technology - textbook - free download during pandemic lockdown

The book 'Educational technology - a primer for the 21st century', published in 2019 by Springer, and authored by Ronghuai Huang, J. Michael Spector, Junfeng Yang, is available for free download during the pandemic lockdown period.

It is a handy reference guide and textbook for learning instructional designers and academic developers. The main pedagogical theories and approaches are covered with brief overviews. As the book is structured as a textbook, each chapter begins with main topics, the learning objectives and suggested learning activities. Therefore, the book can be usefully applied for self-study as well as supporting courses in instructional design, teacher education and technology-enhanced learning. The subject matter is generalised to all sectors/levels of education.

The first three chapters provide a good background introduction to the subject and covers the main pedagogical theories - behavourism, cognitism and constructivism along with a chapter on the importance of connecting learning objectives to learning activities and assessments (i.e. constructive alignment).

Part 2 with 4 chapters on -perspectives of education - is recommended reading. The perspectives are the system, educational technology, user and learning experiences. Roughly tracing the trajectory of using technology to support education.

Then Part 3 with 5 chapters, cover the 'how to' aspects of implementing and integrating technology to support teaching and learning. A chapter on learning spaces is included.

The last chapter looks into emerging issues. A bit dated already by covers the technologies of learning analytics, wearable devices etc. ethics, security and privacy and emerging issues.

Overall, the book is useful as a text book. It is not a scholarly work on educational technologies as such but more of a guide and 'how to' which is useful for practitioners interested in understanding the underlying theories to support their teaching or learning design. 






Monday, March 09, 2020

Horizon report 2020

The latest issue of the Horizon report is now up on the Educause library.

There is a good infographic, summarising the various emerging technologies and trends.

This year, there is a change in how the report is structured. The familiar 'horizons' of xx years to adoption, anchoring past reports, are not used. Instead, wider social/global trends - political, economic, social, technological, and higher education trends are reviewed as the influences and future trajectory for emerging technologies and practices.

The usual suspects featured in pass reports show up but this time around, rationalised better against the wider influences listed above.

The main technologies are also reported in a broader sweep. These are:

  • Analytics for student success
  • Adaptive learning technologies - related to above of applying analytics to enhance learning
  • artificial intelligence and machine learning - ditto
  • Open education resources 
  • extended reality - ie. XR = AR/VR/MR (haptic)
  • Elevation of instructional design - to bring pedagogy into the planning, development and deployment of promising technologies.
All in, a good summary, as always of potentialities. This time around, better linkages to the many societal influences on how technology may assist learners. Plus the need to attain expertise in understanding the pedagogical issues related to introducing the many enablers of technology enhanced learning.



Monday, March 02, 2020

Identity, pedagogy and technology-enhanced learning: book now published

My book, a product of last year's academic study leave, is now published and available on Springer website. The book's subtitile: supporting the processes of becoming a tradesperson, draws from my framework of trades work learning as being a phased journey of belonging to a workplace, becoming  and eventually being a trades person.

It's a significant milestone for me, being my first monograph. I enjoyed the process of writing the many chapters and am grateful to my colleagues and my ex PhD supervisor, Professor Stephen Billett from Griffith University. for support as proofreaders and advisers.

I am hopeful the book fills a gap in the literature of work derived from a practitioner's perspective, both as a tradesperson and a teacher of trades work. No doubt large component of scholarship is also consolidated in the book. However, it is the learnings attained through my apprenticeship and work as a pastrycook/baker that inform the direction and premises woven through the book. My aim through each chapter being to answer the query - how is this useful to a trades teacher? and what can be applied to teaching trades work from these concepts?

I am now working towards bringing together a collaborative project to leverage off the coming merger of all the polytechnics in NZ into one entity - tentatively called Pukenga Aotearoa/Skills NZ. A 'small' project to gauge the digital literacy and affordances of vocational education learners will help be bring together a team of vocational educator researchers. I am hopeful this initial project will pave the way to a larger, externally funded project to implement and consolidate the system/process of consolidated off and on-job support for trades learners. In essence, if we are to 'put the learner at the heart of the learning' then we seriously need to 'hear the learners' voice' and to support their learning from their perspective (i.e. the experienced curriculum) and not impose from logistical/institutional/funding requirements.


Monday, February 24, 2020

Slow adoption of VR in education

A follow up on a blog written in 2016 on slowness of VR penetration in education with some discussion on potentialities for Vocational Education.

BBC has a good summary from the business point of view on 'What went wrong with VR?

Reasons reiterated by livemint as to difficulties with headsets, costs and availability of relevant VR content. Fortune magazine has a similar article, discussing the issues in some depth.The main challenges are costs of hardware and software development.

From the vocational education perspective, the main challenge is to provide authentic learning experiences. VR has a role, as evaluated recently through two of the sub-projects on the e-assessment project. In these projects, VR was used to support novice learners with learning welding skills and pre-trade training carpenters with acquiring 'safety' awareness.

The challenge with both sub-projects was maintaining authenticity. Even though students were new to the trade, small differences between virtual and real could be discerned. Leading to inconsistencies of 'object behaviour'  as described by Fowler. The specialised aspects of vocational learning require constant updating as equipment and contexts change, adding costs to the already expensive investment in developing VR scenarios. Trying to maintain currency is therefore a continual cost to ensuring VR does not appear to be 'dated'. Humans have learnt from birth, how to gauge authenticity in the environments they interact within. Many of the signals denoting authenticity are tacit and individualised leading to a wide range of aspects ot consider when developing authentic VR environments. With applications exampled by gaming, slight inconsistencies can be waived as the gamer accepts the 'fictional' aspect of the VR environment they have entered. Applying VR to authentic lived worlds is therefore a much more daunting challenge.

Therefore, still work to be done to bring VR into education. There are promising advances and increase in computing power can only improve authenticity of VR experiences. There is a need for VR developers to be cognisant of the human experience, with its myriad variety, to ensure VR experiences support learning outcomes.

Monday, January 20, 2020

Technology enhanced learning - into another decade

Put some time into catching up with various 'readings' on how technology is moving along and how this will impact education.

Edsurge provides a series of short articles reviewing the past 10 years of technology introduction and use within the education sectors - with a US of A K-12 slant. The overall premise is that is is NOT about the technology but about teachers and human connection. Therefore, technology is the tool, not the destination.

The World Economic Forum provides an overview of the effects of 5G on the world. There has been mixed views on 5G ranging from warnings that the pervasive effects of 5G will lead to poorer health outcomes for people exposed to 5G continually and the 'big brother' possibilities afforded to governments for observation and control of citizens TO the benefits of the Internet of Things (IoT). As usual, there will be a 'balancing out' and some of the hyped up possibilities may never eventuate. For education, 5G brings many possibilities and promises but as with the Edsurge article, it is the human factor which will and should prevail. 

311 Institute provides an overview of smartphones and the future developments over the next 50 years!! 120 pages with some good discussion albeit mainly supporting forward momentum rather than critical take on what may actually occur. The usual promises of 3D printing, AI, blockchain, quantum computing, robotics, synthetic biology and VR are rolled out as drivers informing where smart phones possibilities will go. 3 horizons are proposed for the next 10 years. Then the following decade and a more 'future gazing' 2040-2070 horizon.

Possiblities for 3D printers are summarised in this video including the 'printing' of houses, boats and complex / intricate components. However, plastic is still the key material and environmental concerns around the use of plastics need to be thought through.

As it is, education is still, as always, ,many steps behind the introduction of technology into supporting learning and teaching. Articles in this blog provide a summary of possibilities but also the important need to remember that human learning is founded on sound relationships. Technology may assist the building of relationships and access but is still someway from providing 'authentic' learning environments, especially with regards to vocational education contexts.



Monday, December 02, 2019

Design of Technology-enhanced Learning - Integrating research and practice - book overview


Bower, M. (2017) published by Emerald Publishing Company.

After the preface (rationalisation for the book and summaries of chapters), acknowledgements and foreword (by J. Hedberg), there are 12 chapters.

1)     Technology integration as an educational imperative
Begins with setting up the broader context for the need to design learning with supporting TEL. Introduces, rationalises and details the role of ‘design thinking’ and the field of learning design and argues that teaching is a design science (as per Laurillard’s work). The work of Laurillard, Siemens and Conole are compared, discussed and critiqued. The six approaches of learning design are introduced – technical standards, pattern descriptions, visualisations, visualisation tools, pedagogical planners and learning activity management system.

2)      The Technology Pedagogy and Content Knowledge (TPACK) framework and its implications
Here the TPACK framework is introduced and critiqued. Provides examples of TPACK in practice and recommendations on how teachers are able to develop the capacities for applying TPACK. There is a comprehensive literature review of TPACK as well.

3)      Pedagogy and technology-enhanced learning
Provides an overview of the relevant pedagogies. The pedagogies include the usual – behaviourism, cognitivism, constructivism, socio-constructivism and connectivism. Pedagogical approaches are also overviewed, including collaborative learning, problem-based learning, inquiry-based learning, constructionist learning, design-based learning and games-based learning. Each is described with examples and brief critiques. The role of the teacher in applying the relevant pedagogical approaches is summarised.

4)      Technology affordances and multimedia learning effects

In this chapter, the two frameworks applied to the use of TEL – affordances and the learning effects from multimedia are introduced, detailed and discussed. The focus with ‘affordances’ is to understand the potentialities of the multimedia with relevance to the learning objectives to be achieved and matching both to maximise learning. With learning effects, the different ways for using text, images, audio, video etc. and their impact on understanding and learning are introduced and discussed.

5)      Representing and sharing content using technology
Applies the taxonomy of learning, teaching and assessing (Anderson & Krathwohl, 2001) towards how technology may be used to represent and share content. The representational requirements of core subject areas – English, maths, science, history, geography, IT) are presented.

6)      Design thinking and learning design
Introduces and substantiates the principles of design thinking, design science and learning design as ways forward to integrate TEL into teaching and learning. The educational design models of Laurillard, Siemens and Conole are revisited.

7)      Design of Web 2.0 enhanced learning
Reviews the work on Web 2.0 and its impact on teaching and learning. Defines, Web 2.0, defines opportunities and presents a typology to assist with matching the benefits to learning outcomes. The advantages and challenges are also presented. Two case studies are provided to underpin the typology.

8)      Designing for learning using social networking
A review of social networking in education from a design perspective us provided. The various benefits, issues and implications for using social networking are presented through the chapter.

9)      Designing for mobile learning
Mobile learning is rationalised as one forward to engage learners. Examples in school and higher education are provided. Benefits are summarised along with issues. Recommendations are synthesized towards the development of mobile learning. Examples from school and higher education are provided and recommendations for learning design, implementation are provided.

10)   Designing for learning using virtual worlds
Virtual worlds are defined and contrasted. These virtual worlds include Second Life, Active Worlds, Open Sim and Minecraft. The benefits are distilled from the literature along with other forms of virtual worlds including 3D simulations, role-plays, construction tasks and immersive learning. Examples from school and higher education are provided and recommendations for learning design, implementation are provided.

11)   Abstracting technology-enhanced learning design principles
From applying learning design to the design of learning through Web 2.0, social networking and virtual worlds, design principles are synthesised.

12)   Technology-enhanced learning – conclusions and future directions
Brings the various discussions through the book together through presenting some future scenarios for TEL.

The book fills a gap and brings in academic research across the last two decades, to inform the deployment of TEL into teaching and learning practice. Research and teaching and learning inform each other and one should not take place in isolation from the other.

The book is well-structured and readable with pragmatic application of research towards the integration of TEL for the improvement / enhancement of teaching and learning.

Friday, November 30, 2018

Talking Teaching 2018 - DAY 1 afternoon



After lunch, another round of parallel sessions.

First up, a session with James Oldfield from Unitec with ‘empowering collaborative learning through technology’. James used www.mindmeister.com as a platform and polleverywhere - pollev.com as a platform to obtain initial understanding of collaborative learning from the participants. Provided rationale for his approaches for creating ‘a living curriculum’ and his role in transforming teaching practices, spaces and tools at Unitec. Interactive activity to populate a mindmap on ‘collaborative learning’. Participants populated and discussed mindmap.

The support Lyn Williams from Ara Institute of Canterbury in her campfire session on ‘teachers observing teachers. Lyn introduces the process (the background, the why and how) and shares the presentation with the teacher observers, Mandy Gould (hospitality) and David Weir (computing) who share their perspectives. A discussion session ensued with regards to the items presented.

I then run my workshop on ‘e-assessments for learning – matching digital tools to enhance e-feedback’. Basically to try out templates for the development of aligned e-assessments for learning which support e-feedback.

The day closes with drinks and dinner, Professor Phil Bishop provides the dinner presentation with ‘how to survive in the jungles of Borneo with a bunch of undergraduate students’, music with Jane Nevis and there is the return of the academy quiz game. A late finish to a busy day. 

Thursday, November 29, 2018

Talking Teaching 2018 - Ako Aotearoa Academy symposium - DAY 1 morning

This year, the Ako Aotearoa Academy symposium  - Talking Teaching 2018 - is held at the University of Canterbury. There is a larger than usual gathering due to the event being held in a larger city and an influx of a number of Australian Learning and Teaching fellows.

Yesterday, was an academy only day. The various workshops and discussions centred around the role and impact of the academy and its members on quality teaching and learning. The day concluded with dinner with the Australian Learning and Teaching fellows.

Today and into tomorrow, the main symposium carries through.

The event begins with a mihi whakatau (traditional Maori welcome). Professor Charles Fleischmann who is on the conference committee provides us with the safety and housekeeping briefing. Following on there are welcomes from Professor Catherine Moran, Assistant Vice-Chancellor of the university and Professor Marc Wilson, president for the Ako Aotearoa Academy of Tertiary Teaching Excellence.

The keynote address is presented by Professor Juliet Gerrard, academy member and recently appointed as the Prime Minister’s ChiefScience Advisor, She presents on ’beyond the tyranny of content – reframing our teaching using inclusive practices and critical thinking as essential foundations for learners in the 21st century’. Covered the parameters of her new role; the context of a teacher; and the connection between the two. Her current role is to be a trusted, accessible bridge between scientists, society and government. Needs to provide advice on a useful timescale which is rigorous, inclusive, transparent and accessible (from Nature, June 2018 – four principles to make evidence synthesis more useful for policy). Objectives include shifting society to be excited by science; had advice that is distilled from a diversity of thought and approach; earn trust; be proactive; accessible and view science knowledge and approaches to increase opportunities. Summarised her journey as a teacher to shift from content-based to application in a context. From her portfolio, distilled learning as being a ‘coach’, coaxing students out of their comfort zone, and creating a room in which questioning is encouraged. Used demonstrations to engage students and then made use of situated / contextualised learning. Facilitated an interactive Q & A session to work through the main challenges in learning. The challenges were how to create learning environments that support students to constructively challenge everything (using creative thinking); and Inclusive learning.
Parallel presentations then being. There are 6 streams.

I select the ‘technology’ stream, which actually focusses on digital learning and assesments.
First up, Associate Professor Cheryl Brown and Niki Davis from University of Canterbury with – engaging students in blended learning – UC student perspectives. Presented work for the team which also included Valerie Sotardi and William Eulatth Vidal. Began with the difficulty of defining engagement. Although there is a lot of literature and engagement is on a wide spectrum. Resolved to investigate the students’ perspectives. On-line engagement even more difficult to track. Two items are presence and performance. For online – learning analytics are visible but can be misleading. Clicking on a reading etc. does not mean they will have read the paper! What about the invisible. Provided distance student’s viewpoints. Flexibility makes synchronous attendance onerous, especially if presence requirements are required (attendance, forum participation etc.). What is not visible is the reflective learning; peer communications through social media; physical meetings amongst some students; etc. How to bridge the gap between pedagogical design and students’ learning needs and strategies. Suggested ensuring there is space for students to interact with their peers; undertake their individual learning; and work out what works for them from a range of suggested ‘pathways’ from which they can select and be guided through.

Then, Associate Professor Selene Mize from University of Otago with her experiences with computer-based examining. Presented preliminary findings. Ran through reasons for adopting computer-based examining – learner preference; sustainability; occupational health and safety around ‘hand fatigue’; and unreadable writing. Essay based exams are inauthentic as lawyers will never discuss ‘quotations’ in writing at work. Covered potential advantages and disadvantages. Summarised some of the studies around computer-based exams including the aspect whereby written examinations seem to score lightly better than word processed scripts. Detailed the staff and student surveys – law, anatomy, surveying, info science, tourism, political science. Low numbers of students opted in! Presented responses on perceived advantages and challenges of writing vs typing.

Next up, Associate Professor Jo Coldwell-Neilson from DeakinUniversity with ‘digital literacy – a driver for curriculum transformation’. Context is ophthalmology – which is a ‘self-contained’ programme with all courses being compulsory. Defined digital literacy in this context. For example – the ability to understand and use information in multiple formats from a wide range of sources when it is presented via computers (Gilster, 1997) –which needs to be updated for the current and future needs. Shared work defining digital skills expectations – digital muggle 9none), citizen user to find info, communicate and purchase), worker (complex platforms) and maker (programmer). There is work from UK JISC (6 elements – ict proficiency, digital creation, problem solving, communication and collaboration, learning and development and info data and media literacies – building an identity and welbeing), Belshaw’s 8 Cs (cultural creative, constructive etc.) and Beetham and Sharpe’s pyramid (I have, I cam I do, I am). Another model from Ireland – www.allaboardhe.com
To assess digital literacy, needs to be in context, can be assessed if integrated well – where it is taught, applied and assessed. Need to match what is required – explicitly assessed when it is an implicit requirement but not ‘taught’ e.g. use video to communicate.

Followed on by Renee Stringer - hospitality lecturer from Otago Polytechnic on ‘assessing assessment – challenging the system by giving students agency to assess themselves’. A focus not only on competencies but to help them become better learners beyond the Level 3 food and beverage students. over 50% move on to further study but have had little experience with tertiary education. Introduced the need to shift students from a standards based system to taking ownership of their learning and assessment. Needed to encourage students to engage with the marking criteria and to develop learning to learning skills. Authentic assessment (practical) was followed by a reflective process to evaluate their performance. Based on Mason Durie's 3 Ws or Es. Whakapiri / engagement, whakamarama / enlightenment to achieve whakamana / empowerment. When through each part of the model. Whakapiri / engagement involves setting up boundaries, be flexible and student accommodating and be in a safe and supportive environment. Whakamarama / enlightment focuses on providing information that meets students' needs by working with the whole person - physical, mental, spiritual etc. This then provides for whakamana / empowerment to be achieved along with participation within society, the Maori worldview, enjoy positive relationships and become self-managing. Discussed challenges including time required to negotiate grades with students and written reflections being less rich than f2f interactions with tutor. 

Monday, September 10, 2018

Exploring the theory, pedagogy, and practice of networked learning – book overview



Published by Springer 2012 - so already somewhat dated, as technology enhanced learning and networked learning has shifted. However, the salient principles still apply. 


Introduction and conclusion with 5 other parts – developing understandings of networked learning; new landscapes and spaces for networked learning; dynamics of changing tools and infrastructure; understanding the social material of networked learning; and identity, cultural capital and networked learning through 17 chapters.

The introduction, by the editors, provides ‘a brief history and new trends’ in networked learning’.
Provides a summary of various initiatives from the 1980s to the present including the shifts in understanding and supporting learning. The emphasis of the overview is on various efforts to create platforms for collaborative work and learning. Sets out the pedagogical framework for networked learning as: openness in the education process; the affordances for self-determined learning; a requirement for a real purpose in the collaborative process; a supportive learning environment; collaborative approaches to assessment of learning; and assessment and evaluation of the ongoing learning process. Then provides a summary of the various sections and chapters.

Part 2 – developing understanding of networked learning continues the theme from the introduction with two chapters

C. Jones writes on ‘networked learning, stepping beyond the net generation and digital natives’. Begins by critiquing the premise of current students being different from previous due to their exposure to digital technologies. The study supporting the various recommendations in the chapter were completed almost 20 years ago, so the current advances in mobile technology, were not tested. However, the chapter recommends that an open mind is important in any future work. Depending on informal observations i.e. that digital natives exist, distracts from the important emphasis on learning.

An important chapter by T. Ryberg, L. Buus and M. Georgsen, discusses the ‘differences in understandings of networked learning theory: connectivity or collaboration?’ Discusses the many nuanced and individually constructed meanings of connectivism, collaboration, communities, negotiation of meaning, social practice, etc. Makes links between networked learning and connectivism. Networked learning is used more by European researchers and connectivism by North American, evidencing the roots of these two concepts. Clarifies what networked learning refers to. Networked learning is not only about elearning but about the connections made between people and between people and resources. Learning is a social endeavour, with knowledge and identity being constructed as interactions are undertaken through dialogue and interchange of ideas and perspectives. Networked learning is about the connections and interaction. There are many similarities between networked learning and connectivism. However, connectivism focuses much more on the individual and how they connect with the world outside of their own purview. Knowledge is related more to content than to connections and is seen to be outside of individuals’ minds but accessible when required. There is a good critique of both networked learning and connectivism.

Part 3 has 3 chapters around the theme of ‘new landscapes and spaces for networked learning’. This part provided examples and their empirical outcomes.

Chapter 4 by D.D. Suthers and K-H, Chu is on ‘mediators of socio-technical capital in a networked learning environment’. Example of using wikis and discussion forums, framed by concepts of using these to bridge socio-technical capital challenges.

Then a chapter on ‘collectivity, performance and self-representation: analysing cloudworks as a public space for networked learning and reflection by P. Alevizou, R. Galley and G. Conole. Cloudworks have been around for some time and is a LMS developed to support collaborative learning. The platform is anchored by core learning activities which support constructive and socio-cultural learning approaches. Instead of resources, there is emphasis on using ‘situations’. Students bring their collective experiences and learning to the courses and engage in ‘expansive learning’. The indicators of community are participation, cohesion, creative capability and community identity.

J. E. Raffaghelli and C. Richieri contribute the next chapter on ‘a classroom with a view: networked learning strategies to promote intercultural education’. This is another important chapter. It provides a case study of a programme, to introduce and support intercultural study across several countries. Envisages networked learning as a means for equal-but-diverse people to meet, connect, collaborate and complete projects. Used the concept of ‘a matrix of knowledge’ to frame the sense-making approach for building intercultural dialogue. The metaphor of the ‘networking platform’ as a window into and reflection of one’s own and others’ cultures was seen to be supportive of the process.

Part 4 is on ‘dynamics of changing tools and infrastructure’ with 2 chapters.

There is P. Arnold, J.D. Smith and B. Trayner on ‘the challenge of introducing “one more tool”: A community of practice perspective on networked learning’. Uses 2 case studies of the Workbench A- a community of practice in the Agricultural development field and Workbench b- community of distance learners in higher education as examples. Finds it is just not ‘changing a tool’ or ‘adding another tool’ but the many other parameters. These include how the tool changes whose voice is heard, whose voice can be legitimately brought forward, how competence is negotiated and overall, what matters in the community the tool is being used in. So, many agendas are impacted when a tool is changed as the change brings about a re-negotiation of what constitutes the community.

Then, T. Nyvang and A. Bygholm on ‘implementation of an infrastructure for networked learning’. Human centred informatics, which updates the work of Vygotsky to be relevant to contemporary practice, is used as a framework for implementing infrastructure to support networked learning. Dilemmas had to be unpacked depending on whether goals and technology were certain or uncertain.

Part 5 also has 2 chapters on the theme of ‘understanding the socio material in networked learning’.

T. L. Thompson contributes to the discussion with ‘who’s taming who? Tensions between people and technologies in cyberspace communities. Advocates for the use of Actor-Network theory (ANT) to help understand how aspects of materiality, impact on how people use, relate to and work with technology. Network effects may be unravelled through each of the four ANT concepts – passages, translation, socio-technical constructions and black boxes.

The second chapter in this section is from L. Creanor and S. Walker on ‘learning technology in context: a case for the sociotechnical interaction framework as an analytical lens for networked learning research. Argues for the use of sociotechnically in understanding how networked learning –pedagogy, technology and agency, may be constituted.

Part 6 has 6 chapters around ‘identity, cultural capital and networked learning.

Chapter 11 is by J. Ross on ‘just what is being reflected in on-line reflection? New literacies for new media learning practices. Uses blogging as the basis of study and argues for the need to ensure that new literacies and part of networked learning approaches. In part, due to the ways in which blogging is undertaken.

Then, L. Czerniewicz and C. Brown with ‘objectified cultural capital and the tale of two students’. Uses Bourdieu’s framework – field, habitus and capital – to explore and contrast two cases. The digital elite and the digital stranger.

The next chapter is on ‘how do small business owner-managers learning leadership through networked learning?’ by S.M Smith. An evaluation of the Leading Enterprise and Development (LEAD) integrated learning model for SMEs.

Chapter 14 is on ‘innovating design for learning in a networked society’ by K. T. Levinsen and J. Nielsen. Presents the re-working of Dorso’s model – modes of working across relational and complexity axis, to understanding innovative design for learning. Identified the sharing and uncertainty barriers of an approach (role-play scenario used as an example) and the challenges posed to roles / actors including tacit/qualified knowledge / rhetorics ‘sweet point’. Rationalised the choice of interactive design life cycle model – starting with identification of specifications and needs, design, physical design and test / evaluation.

Next chapter is with J. L. Nielsen and O. Danielsen on ‘problem-oriented project studies: the role of the teacher as supervisor for the study group in its learning process’. Identifies and discusses teacher roles – teacher as expert and instructive supervisor; process supervisor; and social mediator. Uses a case to unpack the nuances of each role.

Last chapter in this section is on ‘life behind the screen: taking the academic online’ with S. Boon and C. Sinclair’. Reports on the experiences of academics, shifting into the on-line environment. How language, identity, engagement and time shifts and how this aligns with the students’ perspectives of projection, performance, audience and content.

The last part, is the chapter concluding the book by the editors titled ‘the theory, practice and pedagogy of networked learning’. Focused on the ontology, epistemology and pedagogy of networked learning. Summarises the pedagogical values that underpin networked learning. Including implications for learning, teaching and the assessment process. There is a bringing together of the themes presented across the various chapters in the book.

Overall, the book provides background and rationale for networked learning. The various chapters, report on the ways networked learning is contextualised across different cultures (albeit, Western perspectives); school / tertiary institutions and workplaces; and technology approaches. The importance of the book is in setting up frameworks for networked learning, including defining the term and suggested models for practice.



Monday, July 09, 2018

Lightboards @ Ara


After several years of development, Ara is now able to make use of a lightboard for recording instructional videos for students. The team which constructed the lightboard, used a variety of resources to put together the lightboard. An example from here , here  and here on a one button lightboard studio.

Last week there a short presentation with Mark Kingston from engineering at trades, demonstrating how he used the lightboard to support his teaching.
The rationale was to engage trades engineering / fabricating students with trade calculations. These students are often very math phobic due to poor experiences at school. Using the lightboard provides a resource that can be used by learners to repeat contextualised maths to nut out the nuances of trades maths. He has now produced over 30 videos and they are posted on YouTube.

Reflections on the outcomes. Anytime learning and useful with students who are not keen to ask questions in class and it is difficult to work out if they have understood the concept. Moving away from unit standards allowed more time for competency to be built up. The videos allow for a contextualised resource to be built up quickly, sometimes to meet just in time learning needs that have come up during a f2f session. Challenges have mainly been with the software. Keeping the glass clean on the lightboard is crucial and requires some elbow grease.



The lightboard’s original intent is to allow videos to be recorded of the tutor’s board work as they explain a concept. It is particularly useful for disciplines which have a high visual / kinaesthetic focus exampled by maths, engineering and trades subjects. The app ‘explain everything’ is capable of similar but does not allow for the teacher / tutor, apart from their voice over, to also be included.
I am more interested in how the videos recorded with a lightboard will be useful for learners to record their learning as well. Using the Thayer method in a more learning focused fashion will likely provide dividends. The method requires learners to ‘teach’ a topic after they have learnt concepts presented to them in a lecture. Using ‘explain everything’ is the 21st version of using a chalkboard to write up equations. This approach, puts into practice, a concurrence of neuroeducation recommendations for learners to be able to 'teach' what they have learnt. See recently overviewed book on this blog, chapter on educating minds, for rationale.

For the current practice, tutors may record a ‘how to’ video using the lightboard. Learners use this resource to practice an attain fluency. Then they solve a slightly different problem and record their process on the app ‘explain everything’ (or similar). This provides a learning loop to be established, providing the tutor with evidence of students’ learning which may then also be archived in an eportfolio.



Tuesday, May 08, 2018

Presentations from staff academic study leave #1 - Ara Institute of Canterbury

I am summarising presentations from staff who went on Academic Study Leave scheduled for this week and next week.

There are four sessions and here are the two presentations from today's session:

Silvia Santos, learning advisor and maths tutor presented on technology in mathematics teaching and learning. Detailed work undertaken to improve 3 courses through integration of technology. During ASL, visited other institutions and presented at conferences to increase capabilities and keep up with how technology could help improve learning of maths. Recommended resources and overviewed latest research on neuroscience, growth vs fixed mindsets etc. Included resources for teachers on how to ameliorate maths anxiety. Also completed a statistics course at Ara to enhance own discipline knowledge. Shared the list of apps she was able to trial and apply to current work. Overviewed ideas obtained from conference and summarised changes already made to practice.

Trish Jamieson from Social work on ‘working with children, young people and adults with fetal alcohol spectrum disorder (FASD)’. Trish had 10 weeks last year to complete her Masters in Health Sciences. The dissertation was an extended literature review. Summarised the history, understandings and details of FASD. Explained how minimal amounts of alcohol, very early in pregnancy can have dire neurological and physiological effects on the fetus, which manifests at birth in brain damage and other physical disabilities. There is an awareness raising programme in September.