Fig. 1 Seale (2008) chapter 12 on activity systems in relation to accessibility in e-learning as an Activity System

Fig. 2 From the chapter - annotations, animation and notes

Fig.3 Another way of looking at Activity Systems 1

<Fig.4 Another way of looking at Activity Systems 3

REFERENCE

Engeström , Y (2008) From Teams to Knots. Activity-theoretical studies of Collaboration and Learning at Work. Learning in doing: Social, Cognitive & Computational Perspectives. Cambridge University Press. Series Editor Emeritus. John Seely Brown.

Kuutti, K. (1996) Activity theory as a potential framework for human–computer interaction research. In B. Nardi (ed.) Context and Consciousness: Activity Theory and Human–Computer Interaction. Cambridge, MA: The MIT Press, pp. 17–44.

Seale, J. (2006) E-learning and Disability in Higher Education: Accessibility Research and Practice

Sometimes you have to stop the car and listen

Design for everybody from BBH with the voice of Stephen Hawking.

 

 

 

Is learning support by text messaging mobile learning?

Must it be a smart-phone. I would have called taking an Apple Classic into the garden on an extension cable and using it in a cardboard box to shield it from the sun as mobility of some kind - indeed development of the use of laptops in the last 15 years has been mobile and in 1997 I shot a training video for the RAC on a roadside device called ‘hardbody’ that was a navigational tool to locate the breakdown, a database of parts, a diagnostic for fault finding and fixing and a way for customers to pay.

The prospects for and possibilities of mobile computing have been known for a long time.

Getting them into the hands of students has taken longer as prices have fallen and broadband made readily available.

Was a cassette on a Sony Walkman mobile learning, or more recently is something from iTunes U on an MP3 player mobile e-learning? Yes, surely if its function is educational or it is resource tailored for a specific module.

1. Convenience and flexibility - the university in your pocket. Ditch the folders, files and print outs.
2. Relevance - situated
3. Learner control - mine (personalised Apps, choice of phone and case ...)
4. Good use of 'dead time' - on the bus, train, passenger in car ... in bed, in front of TV, on the loo or in the bath.
5. Fits many different learning styles - short burst or lengthier intense periods
6. Improves social learning (i.e. Communicating with peers and experts)
7. Encourages reflection - easy to take notes (audio as dictaphone or text)
8. Easy evidence collection - photos and audio (screen grabs from online research), tag finds.
9. Supported decision making
10. Speedier remediation - instant
11. Improved learner confidence
12. Easily digestible learning - where 'chunked' though this should be a choice where content has been suitably prepared for web usability.
13. Heightened engagement - feeds alerts that can be responded to in a timely fashion. Makes synchronous and quasi-synchronous forum feedback possible.
14. Better planning for face-to-face - organiser, contactable 24/7 (almost)
15. Great for induction - keeping in touch, easy to ask questions, familiar, universal and everyday.
16. Elimination of technological barriers - basic, intuitive, commonplace.
17. Designed once then delivered across multiple platforms - responsive design (using HTML 5)
18. Easily trackable via wifi - and GPS
19. Cost-effective build
20. A means to recoup money
21. Technology advances with Apps
22. Technology advances with interface, voice command and other tools.
23. Everything in one place, including TV, radio, podcasts, photogallery ...
24. Assistive technology - add a micro-projector, wifi-keyboard, sync to other devices such as tablet, laptop and desktop, augmented learning ...
25. Replacement technology - starting to replace money, already replacing cameras, MP3 players, address book, organiser, games console, remote control, torch, dictaphone ... pen and paper, art pad ...

(In part from Dr Chris Davies, Head of the e-learning research group, Oxford Prof. John Traxler, Prof. Of Mobile Learning (2011 )

http://www.epicbrasil.com/assets/files/Mobile_learning_NHS_Research_Report.pdf

(last accessed 10 Dec 2012)

Insanity - doing the same thing over and over again and expecting different results. Albert Einstein.

Where do you come across this? Is it you? Or someone you know? How do you get out of the rut and into the grove? Surely Einstein was describing most people?

To solve a messy or intractable problem often doing something differently or doing something else or different can help find the answer.

But how often do we fall back on or get drawn into old ways?

Asked this by my 14 year old son. He was a captive audience as I drove him 45 minutes to a footie march - I hope he didn't regret asking. I questioned any statistic that ended in zero and wondered if out of 100 billion neurons we ever used more than 2% of our brains - I doubted that we'd use all our brain if we lived a thousand years, in any case what we remember and how we remember it always changes. Earlier I'd told him how we'd 'wing it' in terms of finding the location for his match saying I'd remember how to get there once we got close - which is exactly how it played out.

I mentioned the App 'One Second a Day' and Microsoft Research into digitising everything. He's now warming up; I am left to reflect.

Recall in 3d is easier that a map or the written word - how would I have given someone else directions through the minor roads of West Sussex? Had I used a Google Self-Drive car last week - or been a passenger, my memory would have been different too. Is this the mistake 'we' are making in e-learning? Believing that a self-drive learning journey is better? Can something be too easy? I've done mandatory health and safety training as a part of compliance, clicking through video, animations and mutlichoice on a laptop 'til I passed. A manager could tick a box, and they would be covered for insurance but how in reality might I perform as a consequence of this 'learning' - surely that depends on how my perceptions and understanding of the learning translates into a real situation. Can you prepare customers for the evacuation of a sinking ship by getting them to do some e-learning - however immersive?

My son has seen a film called 'Limitless' in which the protagonist takes a pill and can then access 100% of their mind - he uses this in a bit of detective work by all accounts. My son said that someone who could or did remember everything committed suicide.

It's about time I revisted 'The Contents if My Brain' - a 90 minute screenplay effort on the subject, but like 'limitless' give it the one word catchy title and Hollywood treatment. US President stores the contents of his brain in case of all eventualities - assasinated this version of him continues to govern ... whith consequences etc: Title 'Back Up' or some such.

I am in all things, though I'm hardly the only one. I came into web design from video production to create rich, video-based interactive content - once the industry got over the indulgence the reality should be and can be more every day. We don't need a RollsRoyce to go to the supermarket, nor do we need Jaws 3 in 3D to give compliance e-learning on health and safety of a water company. I got this thinking from the founder of iRobots.

The self-drive car will allow those with sight, mobility and other disabilities to travel when and where they want for the first time - had accessibility laws been enforced 100 years ago how far would cars have got? The self-drive computer is a decade away - this is a computer controlled by the user's thoughts - something already trialled by communicating with people in a vegatitive state - will this be the ultimate degree of accessibility? Legislation and policy sets the bar overwhich institutions must step - this bar should be raised constantly to strive to keep not too far behind what is possible. From time to time it would be valuable for someone to reach way beyond, this will be achieved by working with disabled students, the case of the patient in a vegative state the most extreme example - knowledge gained in that extreme example offering insights that could be used in the general population and of course with people who are far less disabled than this extreme.

Fig.1. My Personal Learning Environment

I did one of these for H808 The E-Learning Professional 18 months ago.

The huge difference was first a Kindle, then an e-Book. I don't have a desk and in a busy home finding a place and time to learn was a problem - now I will pick up as I cook, in the bath ... and in bed. I take it with me. As it was described by an OU MBA Student, 'a university in your pocket'.

Not so much mobile learning and slumbering learning ... unless walking the dog while reading a forum message counts?

Read this web page and consider to what extent the six challenges mentioned are addressed in your context:

Mis-Adventures in Alt Format (Stewart, 2007)
http://www.altformat.org/index.asp?id=119&pid=222&ipname=GB

Pick one challenge and write a paragraph in your tutor group wiki explaining how it is relevant to your context.  
____________

Developing a total picture of how Alt Format fits into the broader discussion of curricular reform and modernization will help insure that we do not continue to live on the margins of the educational mainstream. (Stewart, 2007)

'Universal Design for Learning'

Challenges in relation to Alternative Formats:

1. How does the provision of Alt Format fit into other emerging models for data management and delivery?
2. How do we build systemic capacity to meet the projected needs for Alt Format and Accessible Curricular Materials?
3. How do we align the divergent Alt Format efforts occurring on an international bases so that they minimize redundancies and duplicative efforts?
4. How do we move beyond the current focus on Blind and Visual disabilities to a more holistic model of access for the gamut of print disabilities?
5. How do we develop the level of technological literacy in students with print disabilities that will be necessary for them to benefit from the technological evolutions that are occurring in curricular access?
6. How do we involve all of the curricular decision makers in the process of providing fully accessible materials?

In my context

1) How does the provision of Alt Format fit into other emerging models for data management and delivery?

With the digitization of everything a further step to ensure content is also accessible should be taken at the time of conversation or creation. I’m not aware in an agency where this ever occurs and when there is a client request the response is a simple one - word or PDF formats, or look to the browser of platform where the content will sti.

2) How do we build systemic capacity to meet the projected needs for Alt Format and Accessible Curricular Materials?

Is there a more appropriate agent to handle the conversion and delivery of electronic content on a given campus or system of campuses? I’d probably consider the Open University itself, or the Business School where I worked for a while. I know the disability officer, but his role was more to do with access and personnel and visitors to the building then meeting student needs - which I presume comes under Student Services.

3) How do we align the divergent Alt Format efforts occurring on an international bases so that they minimize redundancies and duplicative efforts?

Whilst efforts can and have to be made to improve access universally might the fine detail be left to address either group issues by working with representatitives of associations for, for example, the blind, dyslexia, cerebral palsy and other groups ? Learning from then improving such practices and tackling access for people from these groups for specific subjects and specific levels on a strategic basis knowing that complete coverage is the goal?

‘A plan for the development and incorporation of emerging technologies in a holistic and self-sustaining model is incumbent. These emerging systems must be based on flexibility and economies of scale if we are ever going to get in front of the issues of materials access.’ (Stewart, 2007)

4) How do we move beyond the current focus on Blind and Visual disabilities to a more holistic model of access for the gamut of print disabilities?

Doesn’t cover everyone who would benefit and would benefit other groups, such as non-native language populations, remedial groups and as an alternative for any user who may prefer or benefit from the text record.

5) How do we develop the level of technological literacy in students with print disabilities that will be necessary for them to benefit from the technological evolutions that are occurring in curricular access?

In many anecdotal reports, less than 10% of the incoming students to higher education have ever had any realistic exposure to the access technologies they will need to be successful in adult education and in the world of work. (Stewart, 2007)

Current studies suggest the opposite, that students with disabilities who gain so much from having a computer to access resources, that they are digitally literate. There are always people who for all kinds of reasons have had less exposure to or are less familiar with the technology -whether or not they also have a disability.

6) How do we involve all of the curricular decision makers in the process of providing fully accessible materials?

The original authors never have a say or make a contribution to the reversioning of content for use by disabled students.

This method of access often times results in the retrofit of existing materials, or the creation of alternative access methods that are not as efficient or well received in the general classroom environment. (Stewart, 2007)

For a truly effective model to be developed the original curriculum decisions should be made in a context of understanding the needs of all learners, and in particular those learners who do now have visual orientation to the teaching and learning process. (Stewart, 2007)

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Interview analysis revealed five personal factors that appeared to influence students’ decisions about technology use:

1. a desire to keep things simple,
2. a lack of DSA awareness,
3. self-reliance,
4. IT skills and digital literacy,
5. a reluctance to make a fuss.

The three most talked about factors were desire to keep things simple, IT skills and digital literacy. Seal and Draffan (2010:455)

‘The are many ways of making and communicating meaning in the world today.’ Conole (2007:169)

The kind of problems students with disabilities now face are different - less whether content has been made available in a digital format, but how good the tools and services are to access this content.

• accessibility of websites and course/learning management systems (CMS)
• accessibility of digital audio and video
• inflexible time limits built into online exams
• PowerPoint/data projection during lectures
• course materials in PDF
• lack of needed adaptive technologies.

Students also mentioned technical difficulties using e-learning and connecting to websites and CMS, problems downloading and opening files, web pages that would not load, video clips taking too long to download, poor use of e-learning by professors and their own lack of knowledge  working with elearning.

For most groups of students, solving e-learning problems by using non e-learning solutions was also popular.

During the last decade there has been tremendous development and interest in e-learning on campus. While our research shows the many benefits of e-learning, such as the availability of online course notes, there are also problems. Chief among these are problems related to inaccessibility of websites and course management systems. (Fitchen et al 2009:253)

Digital Agility

Results suggest that an important personal resource that disabled students in the study drew on when using technologies to support their studies was their ‘digital agility’. Seal and Draffan (2010:449)

Use of assistive technologies

Many students with disabilities have, since 2007, developed strategies for the use of both specialist assistive technologies (e.g. IrisPro, quill mouse, Kurzweil, Inspiration or Dragon Dictate) as well as more generic technologies (e.g. mobile phone, DS40 digital recorder, Google) Seal and Draffan (2010:450)

Seal and Draffan (2010:451) therefore suggest that disabled students have the kind of ‘sophisticated awareness’ that Creanor et al. (2006) described when they talked about effective learners being prepared to adapt activities, environments and technologies to suit their own circumstances. This contradicts somewhat the arguments of Stewart who argues that disabled students are behind other students in terms of developing digital literacies.

The digital agility of the students, identified in the study, is significant in terms of encouraging practitioners not to view all disabled students as helpless victims of exclusion. Digital inclusion does not always have to be understood through the dual lenses of deficits and barriers. Seal and Draffan (2010:458)

REFERENCE

Conole, G and Oliver, M (eds)  2007. Contemporary perspectives in E-Learning Research. Themes, methods and impact on practice.

Fichten, C. S., Ferraro, V., Asuncion, J. V., Chwojka, C., Barile, M., Nguyen, M. N., & ... Wolforth, J. (2009). Disabilities and e-Learning Problems and Solutions: An Exploratory Study. Journal Of Educational Technology & Society, 12(4), 241-256.

Seale,J., Draffan,E.A. (2010) Digital agility and digital decision-making: conceptualising digital inclusion in the context of disabled learners in higer education, Studies in Higher Education, 35:4, 445-461

Stewart, R (2007) Mis-Adventures in Alt Format

What would you change about the way in which students are supported in your institution and why?

At least four post-secondary groupings have a stake in accessibility and e-learning in colleges and universities:

1. students
2. service providers
3. professors
4. the e-learning professionals on campus.

All four groups indicated, via online questionnaires, problems with:

• accessibility of websites and course/learning management systems (CMS)
• accessibility of digital audio and video
• inflexible time limits built into online exams
• PowerPoint/data projection during lectures
• course materials in PDF
• lack of needed adaptive technologies.

Fig.1. Fitchen et al (2009) Table 5

When it comes to e-learning problems and solutions the nature of students' disabilities and impairments can have an important impact. Therefore, in Table 5 we present the most common problems and solutions for students with different disabilities.

This shows that the most popular solution for students with all types of disabilities is unresolved.

For most groups of students, solving e-learning problems by using non e-learning solutions was also popular. In addition to the common problems of inaccessibility of websites and course management systems and technical difficulties, which seem to pose problems for students regardless of the nature of their disability, students with learning disabilities and students with mobility impairments and arm/hand issues also had problems due to their lack of knowledge about how to use e-learning effectively. Students with psychiatric and with health issues noted problems due to poor use of e-learning by professors. Students with hearing impairments, not surprisingly, had problems related to the accessibility of audio and video materials. Students with visual impairments had problems related to the accessibility of course notes and materials, especially those in PDF. When their problem had a solution it was through non e-learning solutions, such as having someone read the materials aloud to them or through alternative formats or using adaptive technologies. (Fichten et al 2009:249)

Recommendations

Training

One means of addressing problems involving inaccessibility of websites and course management systems, of elearning broadly, and of specific materials, such as course notes and audio and video clips is through training of professors. Many colleges and universities already offer training on how to integrate e-learning in teaching and on how to use specific e-learning tools. (Fichten et al 2009:253)

REFERENCE

Fichten, C. S., Ferraro, V., Asuncion, J. V., Chwojka, C., Barile, M., Nguyen, M. N., & ... Wolforth, J. (2009). Disabilities and e-Learning Problems and Solutions: An Exploratory Study. Journal Of Educational Technology & Society, 12(4), 241-256.

Designing and developing accessible e-learning experiences: the learning technologist’s perspective.

1. There is a debate surrounding who is responsible (or most responsible) for accessibility. How helpful is this debate in ensuring that people working in post-16 education change their practices?

   If those with technical skills, such as learning technologists, are not ultimately or solely responsible for ensuring accessibility, what responsibilities do you think they should have and why?

2. On pages 82–83, Seale uses an archaeology metaphor to try to encourage learning technologists to dig deeper beneath the surface of accessibility guidelines and standards. This is intended to develop a greater understanding of approaches to accessible design. How helpful do you think this metaphor is?

   'Using archaeology as a metaphor, it can be argued that accessibility legislation, guidelines, standards and evaluation tools are not the most helpful or informative place to start. The legislation, guidelines, standards and tools are merely archaeological artefacts that have been scattered on the surface of a significant archaeological site'. Seal 2006:83

   This doesn't work for me. It doesn't ring true to the metaphor. a) Archeology implies something ancient and long buried whereas these guidelines are 'scatterd on the surface' like rubbish dropped at a later stage. The rules and regulations are recent and changing, both in what is said, how interpretted, executed and policed.

   Can you think of an alternative metaphor, image, analogy or visualisation that could be used to help develop learning technologists’ thinking in this area?

   Not only is collaboration in learning coming of age it needs to happen in practice, as increasingly it does in industry. There continues to be a good deal of resistance in higher education, partly this is because of how academics in particular came into managerial positions - if they are. My experience of most academics is that either they want to be left alone to do research, or they want to be left alone with their students - they didn't chose to 'go into business' or join the 'real world' because of the stresses in relation to managing tasks such as this and working in a team where they might not be top dog. It would help enormously if those in Higher Education could spend some time working in business and to take these models and employ them on in their department of faculty. For a start, take on roles such as project manager, learning designer, lead programmer, art director, author and so on. Then find a metphor that works for everyone that evokes both team work and organic growth. A rock band works for me - I resist the orchestra analogy as it is such a cliche and leads to some people wanting to be the conductor or composer. A theatre troupe might be the thing. Or a circus act! But all performing together and dependent on each other. Academics in particular most stop behaving like premadonnas - 'out here' they are the 'subject matter expert' - less than a writer, just a conduit for knowledge, a talking and responsive version of information that is readily available online anyway. i.e they can be a hinderance. Perhaps the metaphor I would use, which is close to the reality of creating interactive content - would be a film production unit where there are specialists skills, and a hierarchy: executive producer, producer, line producer, director, first assistant director, camera operator, sound engineer, actor 1, actor 2, script writer, script continuity, art director, props, costume ... editor, publicity and so on. One weak link and the entire project might fail.

   As it has currency in learning and e-learning circles an even better metaphor might be that of an architect's studio given the way in which e-learning has to be designed, constructed in a programmer, shared, adjusted, tested, built, tested again, added to with various layers from foundations to walls, pluimbing and electrics, then internal and external decor and furnishings. Christopher Alexander's 1970 book 'The Timeless Building' which he developed into a methodolgy for computer software design is often cited.

3. On page 98 Seale discusses the tensions regarding the use of technical tools versus human judgement to evaluate the accessibility of learning resources. What is your position concerning this issue? Can we trust human judgement? If so, whose judgement should we trust – learning technologists working within educational organisations or external experts?

We have to trust human judgement, which includes the decission to expect the technology to provide the answers, or do the donkey work. Instead of relying on one piece of software to come up with a myriad of answers that to the uninitiated can look like some task set by a wicked wizard in a fairy tale. I'm in favour of having a large and diverse testing team drawn from a community of learners, including of course those with visual, hearing, mobility or cognitive impairments - to offer opions - as we have reviewers and editors in things like Wikipedia. i.e. use the power of the numbers online rather than simply the power of a piece of software.

Make brief notes in response to these questions. Your notes should reflect your own context. You can do this as bullet points or just a sentence or two about each question.

Choose one of your answers and post it for discussion in your tutor group forum. If you disagree with Seale about any of the points in this chapter, you could also discuss this in the forum.

2 HOURS