| Australasian Journal of Educational Technology 2007, 23(1), 110-131. |
AJET 23 |
One institution's attempts to implement an ambitious wholly online learning policy is examined in the Australian higher education setting. The conditions that led to a diversity of models of wholly online unit development are considered, along with teachers' design intents in establishing their online teaching and learning environments. The emphasis of the analysis is on those wholly online units created or redeveloped from existing offerings which held out the greatest possibilities for what we have categorised as 'transformatory' learning and teaching as related to the development of highly valued lifelong learning capacities in students. Organisational learning from the offering of the first major suite of wholly online units is outlined and impacts on policy reformulation described. The case study concludes with a consideration of more general lessons learnt from policy driven initiatives directed at transforming teaching and learning in higher education.
In the context in which Deakin University chose to adopt its proprietary learning management system (LMS), repackaged as Deakin Studies Online (DSO), and to develop a policy of online learning, "learning ICT and learning through ICT was such a natural combination that eLearning became a star in the policy discourse of the years 2000 and 2001" (European ODL Liaison Committee, 2004). At that time a survey of online education in Australia conducted by DEST (2002) found that there were 207 fully online courses, mainly at postgraduate level, offered by 23 of the 40 Australian universities who provided data. Seven universities used the Internet for 99 or 100 per cent of their units, with the lowest usage being 9%. The continued growth of Internet technologies within the education sector has led many institutions, such as ours, to adopt a learning management system. While, as the European ODL Liaison Committee paper points out, the projected 100% annual growth is approximately 30% in reality, in the past ten years learning management systems [LMS] have had such widespread and rapid adoption they have become almost ubiquitous in many parts of the world with recent estimates suggesting that in many countries about three-quarters of institutions have an LMS (Coates, 2005). However, the investment in such a system does not, of itself, assure meaningful eLearning. Referring to consolidated studies in the higher education sector, the European ODL Liaison Committee (2004) concluded that "leaders of universities are badly equipped and supported to implement and mainstream changes needed for successful introduction of meaningful eLearning in their institutions". As Bonk (2004, p3) argued:
Unfortunately, most online learning technologies are designed for the management of learners online, not for online learners to manage their own learning. Too often online courseware provides access to student records or tests, but not rich, interacting learning experiences. Consequently, too often there is no learning in e-learning.Our interest was in how a mandated movement to online learning through an LMS would play out in practice and whether the experience would be 'successful', 'meaningful' and result in 'rich, interacting learning experiences' - learning that we characterise below as 'transformatory'.
In their commissioned study (DEST, 2003), the University of Southern Queensland [USQ] reported on their approach to offering courses totally online. Although they acknowledge the limitations of their study (one faculty with eight courses at postgraduate level) they consider their experiences have relevance to all institutions teaching online. Our study of the teaching and learning experience in all wholly online units across one university is instructive in two important respects. First, in common with the USQ/DEST study, it sheds light on how teachers and learners experienced this novel teaching and learning environment with implications for the design and conduct of such environments which make substantial use of digital media and online technologies. More broadly based, it reveals more fully the difference of the wholly online experience and, in contrast to the USQ/DEST study, it concerns undergraduate students. Second, it provides powerful insights into how any form of policy innovation can be interpreted and enacted in multiple ways which may not necessarily be in accordance with the letter of the original policy intervention and which, in themselves, can influence the (re)interpretation and refinement of such policy.
We have developed frameworks for understanding and explaining how teachers ascribed multiple meanings and pursued a diversity of actions in their enactment of the policy in the realities of their practice settings. The discrepancies or incongruities between the one policy but multiple enactments are highlighted. We do, though, acknowledge our role as agents for encouraging ongoing discussion and change in relation to the development of this type of environment. Hence, our 'interviews' with staff adopted a conversational, negotiated, forward looking and improvement oriented style. Walker (1985, p.118) sees such a style of open, semi-structured interviewing as involving the framing of interviews 'in ways that at least provide the opportunity for reflection and processing within the interview itself. For example, pausing at intervals and asking the interviewee to recapitulate and to summarise, or even offering summaries and asking for an assessment of your understanding; explaining initially what your intention is and asking for critical responses; leaving tapes with the interviewee to allow him or her to listen back to what was said and to comment on it; corresponding with people after an interview.' We concur with such a style of interviewing (see Thompson, 1996).
The research builds on pilot surveying undertaken in one of the first wholly online units offered within the University and reported by Armatas, Holt and Rice (2004). A representative selection of wholly online units by eleven key disciplines and professional fields was chosen as the focus of the research in 2005 (see Table 1). Seventeen Faculty based academic teaching staff members were involved in 15 interviews lasting on average one hour. These discussions were conducted after staff members had completed at least one round of teaching of their respective units. The interviews were recorded using a portable digital recorder, transcribed and analysed following confirmation that each transcription provided an accurate impression of the staff member's viewpoints. Although conversational in style, staff were informed prior to the interview that the following areas would be discussed and, while the sequence varied, each of the following areas was covered.
A3. An Online Unit (wholly online)This is a quite detailed and prescriptive policy definition the core of which requires that no wholly online unit can or should offer face to face teaching. Moreover, the definition strongly suggests that the wholly online environment was to be distinctive in terms of its experiences for teachers and the different cohorts of students who would learn in these environments. It is not contended that offering courses and units wholly online is a novel development in higher education nationally or internationally. What is novel is the requirement that all students in undergraduate studies must undertake one unit wholly online, whether their overall mode of enrolment choice is internal/on campus or external/off campus. They are required to partake in a learning environment which withdraws the interpersonal communication expected of on campus study and which provides limitations on flexibility and independence of study expected of the off campus experience. The distinctiveness of the wholly online environment was to lie in a design aspiration to develop further lifelong learning capacities and to do so in ways which did not replicate either a traditional online supported face to face teaching/learning environment for on campus, predominantly school leaver students, or a 'traditional' self paced, independent learning experience for predominantly mature aged, off campus students.These units will have all teaching resources and undertake all teaching online including:
To ensure access for all students until bandwidth issues in Australia are addressed, additional resources such as video and audio will be provided on CD-ROMs for off-campus students where appropriate. (This will be reviewed annually.)
- All content (either commercial print-based textbooks or commercial e-texts may be used as supplementary material)
- All communication and interaction with students
- Assignment submission and feedback (examinations will move online when the University is administratively ready)
- Each unit will have at least ONE session of interactive communication (synchronous, asynchronous, or both) between teacher and students online at least weekly or as established at the beginning of the course. Such interactive sessions will have an assessable component where appropriate.
(Deakin Online Technologies in Courses and Units - Operational Policy, Approved by Academic Board on 25 July 2003, Appendix A: Deakin Categories of Online Activity).
In relation to lifelong learning capacities, senior management and policy makers in the University argued during this period that a wholly online unit should allow students to:
| Discipline field | Rationale | Curriculum | Pedagogical basis | Media | Online interaction | Assessment |
| First year units | ||||||
| Science Skills [Interview 1] | Develop generic scientific and learning skills | Sequential around scientific process | Didactic and enquiry based | Text, multimedia presentations | Bulletin boards and chat tutes | Information treasure hunt, report, online tests and exam |
| Health Sciences [Interview 2] | Information and IT literacy in discipline context | Sequential around scientific process | Challenge/ task based | Video presentations and text on CD | Bulletin board support and for student feedback on unit | Online tests, report and exam |
| Second year units | ||||||
| Engineering [Interview 3] [Interview 4] | Develop lifelong learning and generic skills required by profession | Sequential Modular for key areas of engineering management | Didactic | Animations, video docs, radio interviews and text on CD. Audio topic overviews online | General Bulletin board support | 2 applied assignments and exam |
| Information Systems [Interview 5a#] [Interview 5b#] | Promote unit and School, lends itself to online with no lab work | Sequential Key areas of networking | Enquiry based | Cartoon teacher Avatar, animations and text all online | General Bulletin Board support | Online tests, case study report and exam |
| Marketing [Interview 6a#] [Interview 6b#] [Interview 7] | Action oriented discipline Technology for professional learning | Sequential Topic based | Case based and reflective learning | Video presentations and cases, text on CD, streamed support for exam | General Bulletin Board support and small groups for reflective work and mentoring | Online mastery tests, group reflective journal (shared with other groups) and exam |
| Third year units | ||||||
| Information Technology [Interview 8] | Technical skills and virtual team skills for employment | Sequential Issues based First topic orientation to online learning | All text online only | Enquiry based, discursive | General Bulletin Board support and online groups | Online group participation, reports and exam |
| Education [Interview 9] | Learning online for all secondary teacher education | Thematic | Valuing numeracy at work, in the profession and in teaching | Video presentations and interviews, readings on CD | Online tute groups | Portfolio, group assignment (including peer assessment) |
| Arts Sociology [Interview 10] [Interview 11] | Social impacts of Internet taught on the net and critical evaluation of web information Skills in navigating virtual spaces | Modular discipline areas | Experiential | Video doc on CD, and text and audio online | General Bulletin Board tutes and online tutes | Variety of assignments (plagiarism and online tests, net use report, case study bibliography and report) |
| Arts Media and Communication [Interview 12] | Develop lifelong learning skills as part of program exit strategy Core unit but not professional requirement | Sequential by topic | Didactic and case based | Audio lectures to slides, law oration, video current affairs, case cartoons, text on CD, and lecture notes, online tests and podcasts online | Podcasting, blogging and e-tutes Bulletin boards for topics, assignments, exam and online tute groups | Online tests (no marks), case assignments and exam |
| Law [Interview 13] [Interview 14] | Develop lifelong learning skills as part of program exit strategy Core unit but not professional requirement | Sequential by topic | Didactic and case based | Audio lectures to slides, law oration, video current affairs, case cartoons, text on CD, and lecture notes, online tests and podcasts online | Podcasting, blogging and e-tutes Bulletin boards for topics, assignments, exam and online tute groups | Online tests (no marks), case assign-ments and exam |
| Sixth year units | ||||||
| Architecture and Building [Interview 15] | Professional practice unit on entry to work | Sequential by topic | Authentic learning approaches Multi-disciplinary | Lecture material online and multimedia case on CD/ online | Multiple concurrent online debates | Work in groups, submit individual reflective report |
| #Note: Where 'a' and 'b' are indicated, this means two staff were interviewed together. | ||||||
The unit profiles immediately suggest key areas of diversity in the interpretation and enactment of policy by the teachers involved. Units differed in relation to:
| Units | A | Deployment model | Translation model | Redevelopment model | New development model |
| B | Low innovation | Medium innovation | High innovation | Very high innovation: Transformative | |
| Science skills | Yes (a) Yes (b) | ||||
| Health Sciences | Yes (a) Yes (b) | ||||
| Engineering | Yes (a) Yes (b) | ||||
| Information Systems | Yes (a) Yes (b) | ||||
| Marketing | Yes (a) Yes (b) | ||||
| Information Technology | Yes (a) | Yes (b) | |||
| Education | Yes (a) Yes (b) | ||||
| Arts Sociology | Yes (a) Yes (b) | ||||
| Arts Media and Communication | Yes (a) Yes (b) | ||||
| Law | Yes (a) Yes (b) | ||||
| Architecture and Building | Yes (a) Yes (b) | ||||
Southwell, Gannaway, Orrell, Chalmers and Abraham (2005, p.2) define innovation as 'an idea, product, process or service that adds value, is useful or transforms current practice in the context to which it is applied'. In Table 2, an innovation continuum is introduced showing the match between field, development model and level of innovation. It is argued that the wholly online teaching and learning environment, as embodied in University policy, is an innovative context for potential unit development. Actual unit development for wholly online environments exhibits different levels of innovation within the overall policy context. It is not argued that any particular area of alignment for any of the units is totally new in higher education. Some forms of curricular and pedagogical development might seem more progressive (for example, constructivist or student centred, or student active) than others. Some uses of pedagogy in a particular setting might be innovative as judged by the norms of that disciplinary context as, for example, where problem based learning has been adopted in a field not normally characterised by the use of such pedagogy. Our focus though is on innovation as examined through the alignments amongst curriculum, pedagogy and assessment in relation to perceived affordances of the digital media and online technologies. With but one exception, Information Technology, the model for development and the perceived level of innovation correlates and in this instance the initial development had been with close attention to exploitation and integration of digital media.
We have characterised the very high innovation development model as transformative in potential; that is, capable of realising new forms of teaching and learning value through new forms of engagement with digital media and online learning communities. It is not suggested that all that is highly innovative is necessarily good, or that those units characterised by low innovation were not valuable learning experiences for students. Moreover, transformative design intent, as will be explored later, is not necessarily fully realised, at least initially, for a number of factors, including support and infrastructure limitations, and the need for innovation environments to be incrementally developed over time. The mere presence of learning environments saturated with digital media and online features does not represent an inherently powerful teaching and learning environment. Nevertheless, innovative design can be inferred from the definition of wholly online units, was strongly encouraged by senior management, and was offered as a real possibility of enactment through the very need to develop and operate effectively in a teaching and learning environment totally digitally based.
The nexus between innovative and transformatory design intent as particularly related to the development of discipline specific digital and information (including technology) literacies, in its many dimensions as defined by Candy et al (1994), can be seen in the views of those interviewed in the six units we have characterised as transformatory (see Table 2). Significantly, the thrust of the argument was the same, irrespective of discipline. From the Sciences:
I think that the internet offers a lot of applied knowledge activities and learning in context of future careers and industry, and there's a lot of really good stuff accessible online that people do use already... The learning objective was actually to get the students to understand that learning science is not about filling a filing cabinet with facts, but is learning how to look at facts in a conceptual framework in the way scientists look at evidence and use evidence to support theory and that sort of thing (Interview1).From the Arts:....the unit covered issues to do with health information and data. It seemed, in terms of matching up the modality and the content, it was an obvious marriage that could work to encourage students into this online space with a pretty good rationale that they're going to be using this space in their professional lives down the track. And so it was not an artificial task to make them go online to look up information and interpret that because that's how they do it in the future. Now, they seem to have swallowed that rationale fairly well (Interview2).
One, we wanted students to step back and consider the social world, even the electronic world, in a less technologically determinist fashion and that was the hardest thing to get across. Many students just take the material as technologically determinist. ... Two, the notion that a whole heap of crimes and criminal activity that exists on the net now is somehow new when clearly it is not new. It is a continuation of forms of criminality that are now using different technologies to support themselves ... The third thing that I really wanted them to consider was just because it's on the net doesn't actually make it real, truthful or in any way useful.... so they have to start thinking about it somewhat more reflectively and critically (Interview10).Student responses to questions on the survey relating to the development of generic student attributes of the kind delineated above as 'transformatory' can be found in Table 3. Of the 8 units surveyed in 2005, 4 have been categorised as 'transformatory' in design and intent. A further 2 were not surveyed at the lecturer's request. Table 3 shows responses overall and then in bold italics below for the 4 identified 'transformatory' units.... but given that they're (advertisements in the print media) of declining significance in contemporary popular culture, it seemed to me only right and proper that we should use an electronic environment because much of advertising - like much of contemporary popular culture - exists in an electronic environment such as online would provide (Interview12).
| Question | 'Transformatory' generic student attribute | Importance rating | Satisfaction rating | |
| Q.7 | Being able to access online/digital learning resources readily | Information literacy | 6.1 6.1 | 4.9 4.9 |
| Q.8 | Being able to learn without regular face to face contact | Personal management | 4.9 5.0 | 4.1 4.2 |
| Q.9 | Organising and being responsible for your own learning | Personal management | 5.9 5.9 | 4.9 5.0 |
| Q.19 | Interacting online with teaching staff | Written communication | 5.7 5.6 | 4.4 4.6 |
| Q.20 | Interacting online with other students | Written communication, teamwork and collaboration | 4.9 5.3 | 4.4 4.0 |
| Q.32 | Having the opportunity to develop/ practice online technical skills | Information technology literacy | 5.3 5.2 | 4.6 4.9 |
| Q.33 | Learning to judge the quality of online information | Information literacy | 5.5 5.2 | 4.7 4.8 |
| Q.34 | Having the ability to communicate knowledge and deal effectively online | Communication, teamwork and collaboration | 5.3 5.3 | 4.5 4.9 |
On a 1-7 scale, students in all 8 units surveyed gave 5+ ratings for importance to all but two of the questions we identified as especially relevant to this area and these were very close (4.9). However, only one item (being able to access digital/online learning resources readily) scored a 6 (6.1). In terms of satisfaction, the response was more uniform, varying from 4.1-4.9. It is readily apparent that the aggregated responses to the four identified 'transformatory' units did not sit outside the norm. However, in four instances, and in three different units, student satisfaction was markedly low, ranging from 3.0 to 3.8. Significantly, no unit for any question recorded a student satisfaction level of 6, with 5.5 the highest for the same unit for three questions and this was for students in their sixth year of study.
The 155 additional comments revealed that students' concerns were mainly with practical rather than pedagogical issues and the realities of the learning experience that were shaped more by personal interaction (its frequency, usefulness and tone) than the technologies. "Keep up the level of enthusiasm and patience by staff members, this makes all the difference" wrote one student. Another told us, "I believe there is significant merit to studying this subject and likewise in conducting wholly online subjects in general, but feel better understandings are needed by those in charge for them to operate effectively". As indicated by the following student quotation from the survey, the need for wholly online units to provide novel learning opportunities was not missed, but nor was it seen to be experienced in all cases:
I didn't see much difference (apart from the student collaboration element) between a wholly online unit and an off campus unit. There was a very large amount of reading to do, and I don't believe that this unit took full advantage of the features and advantages offered by the medium it uses (i.e. the Internet).Certainly there were individual comments that indicated students had recognised some of the learning goals we had associated with transformatory learning. Feedback such as "It has encouraged me to look to myself for more answers rather than the answer being given to me & it has taught me to be more organised and independent" typified this sort of response. But, even in the same unit, the essential difference was the student and their preferred learning style. Comments that praised the opportunity to work online and its value for learning were counter-balanced by those that bemoaned the loss of face to face contact. Statements such as "The interaction with other students, without sitting face to face was great" sat beside comments like "I've realised that I strongly prefer learning 'in person'". Design aspirations apart, student feedback suggests further work is needed in making congruent teacher design intent and the realities of students' learning relate to the lifelong learning capacities we have identified as part of 'transformatory' learning.
The cases show that there was resistance to pressures to conform to a certain policy view of the form of online units. At a point this was recognised by the University's Senior Executive who wished to use the wholly online requirement to foster diversity and creativity of approach. This was observed by one unit team chair participating in the University's Online Teaching and Learning Fellowship program in 2004:
A previous Deputy Vice Chancellor, ... said, "You're here, in a sense, to innovate. We want to move ahead. We want to stretch the envelope. ... He said, essentially, "Go for it" and I thought, "Oh great. This is really good." So he gave me permission as it were, to do that thinking (Interview 12).The second observation relates to the University's sensitivity to student opinion on having to undertake at least one unit wholly online as part of their undergraduate studies, and more generally amongst staff in relation to the apparent University strategy of wishing to take the institution strongly online. By this we do not suggest a strategy to make the institution an exclusively online University, but to make its competitive strength focussed on online and distance education. From these countervailing pressures, the organisation has now settled on the minimal number of units offered wholly online to provide universal curriculum coverage and reasonable student choice across the undergraduate program. Through these feedback loops the organisation in a sense learned to temper its position in how much and how quickly it could move to online education for all its student cohorts both in relation to the number of wholly online units and other ways in which online supports campus and off campus based modes of enrolment. In this respect, Hagel (2005) has highlighted the importance of study (or delivery) mode in students' choice of courses, and that students' have certain expectations of what the mode of study will be as associated with their mode of enrolment, either internal/on campus or external/off campus. With internal/on campus mode of enrolment, students expect interpersonal communication as a key benefit, and with external/off campus enrolment students expect flexibility and independence. Hagel's analysis sheds light on the students' experiences of learning in highly online environments. By making all students irrespective of their preferred mode of enrolment/delivery undertake a wholly online unit (an intentionally designed different type of mode of delivery for all student cohorts) evidence of disruption of students' expectations is evident. For students enrolled internal/on campus the loss is keenly felt in the area of no in person, face to face teaching:
I think I would have benefited more from contact learning. I think it is much more interesting to attend a lecture and hear perhaps ideas and experiences from the lecturer. It is also great to have discussions in a tute and bounce ideas off each other. The on-line tests are worth having as they encouraged me to read the chapters every week instead of putting it off until a later date. I have found ... [unit title] very interesting but I chose to be an on-campus student and not an off campus student.On the other hand, while certain off campus students perceive benefit in the quality of the digital resources and online communication channels ('The quality of material used and available for this wholly online subject has been excellent. I am an off campus student and if all my subjects had this quality of material I would not feel as disadvantaged as I do compared to those students who are able to attend lectures and tutorials'), others detect the loss of flexibility who have enrolled part time whether they be on campus or off campus:Personally I did not enjoy the unit being wholly online. Being an On Campus student it was hard for me to get down to reading all the notes required every week. I am used to going to lectures and having the contact, just reading the info is far less fun and much harder.
The idea of running a wholly online sounded promising when I first heard it, with the ability to fit around work and social commitments, but in reality it became an after thought when 3 other subjects are pushing for assignments and homework that must be completed before tutorials and labs.
The restrictions placed on completing each module within the given week places undue press on part-time students. I presently work full time and as a result am not able to allocate sufficient time within a given week to cover all subjects. This is further impacted in that I am not always able to undertake my leave during semester breaks therefore am taking time off during the semester. With the current structure of the assessment I could not go anywhere where I could not connect. Furthermore, given that I had to ensure that all assessment was completed within a given week I either had to prioritise this subject over another or not have sufficient time to complete the preferred study before undertaking assessment. I would hope that in future that the assessment could be opened for an extended period to enable a more flexible approach to online study as I would expect the idea behind this study method would encourage [this].It is not argued that this different learning experience is inherently flawed as proven by students' views on its immediate value. The institution is attempting through its wholly online requirement to make students more job ready for the demands of contemporary, virtual and distributed workplaces. However, institutional sensitivity to student evaluations, and the inherently partial nature of such evidence gathering, can easily undermine efforts at genuine innovation in teaching and learning. As observed by one wholly online teacher:
And it's unfortunate that the university has this... benchmark of 'This unit was taught well' because it's completely irrelevant to online learning because there's no definition of taught. Is 'taught' someone who actually, you know, gets up and shows you physically how to do something? ... The word 'student'... implies you read and you study and you learn and you're not, as compared to a pupil, which is someone who looks at a teacher and looks for a teacher to show them the way. And pupils... aren't tertiary (Interview 1).Moreover, three years on, the definition of wholly online itself has been modified both in response to the diversity of models which have evolved and to the problems which have emerged in taking a strict line in regard to the detailed requirements of the original definition. For example, the new definition recognises that CD or DVD is a legitimate and ongoing platform for delivering digital resources to all students and that while 'all teaching and administrative support is provided online' there is now not an explicit requirement for all aspects of assignment processing to take place online or that online discussion will take place weekly or regularly as planned at the beginning of semester and be tied to assessment as appropriate. The new definition merely indicates on the latter that 'the unit is designed to help students to develop their skills in communicating and collaborating in an online environment'. There is a sense in which the organisation's own learning experiences have been reasonably taken into account in modifying policy definition to be more inclusive of different models of developing and teaching wholly online units. The change helps to legitimise a broader range of interpretations of what it might mean to operate within the spirit of wholly online and also a growing number of e-learning technologies which might support such an experience. This represents a genuine closing of the loop between policy formulation, implementation, reflection and policy adaptation, to capture the unintended positive consequences of unit development models for wholly online which were not necessarily in accordance with the original definition, and assumptions about the strongly preferred virtual learning technology platform.
Beyond prescriptive online technology policy primarily designed to ensure wide spread institutional usage and minimum standards of quality, lies the emerging development relating to conceiving educational environments through the frame of learning experiences design. As descriptors of modes of delivery like 'open', 'distance', 'flexible' and 'blended' become more problematic and less helpful in mobilising progressive pedagogies and the proliferation of e-learning technologies, higher education environments will be increasingly informed by approaches which design and align desired learning experiences with the various circumstances of diverse student cohorts. E-learning technologies will be brought into service of these learning experience designs in customised and personalised ways, and in appropriate balance with various forms of face to face teaching/learning. The need for institutional policy to mandate different levels and uses of online technologies is therefore unlikely to be permanent. These imperatives will begin to fade in the face of the movement to designs of valued learning experiences and are increasingly being informed by student feedback. Ultimately, the 'e' in e-learning and its policy directives will recede from the higher education landscape. We caution, though, that policy makers may lag in their appreciation of this emerging development with a new set of innovative learning experience design practices likely to place further pressure on existing policy frameworks.
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| Authors: Dr Dale M. Holt, Head, Educational Design, Professional Development and Research, Institute of Teaching and Learning, Deakin University, Geelong Victoria 3217, Australia. Email: dale.holt@deakin.edu.au
Dr Di Challis, Institute of Teaching and Learning, Deakin University, Geelong Victoria 3217, Australia. (Until 1999, Di Challis published under the name of Diane J. Thompson). Email: di.challis@gmail.com Please cite as: Holt, D. and Challis, D. (2007). From policy to practice: One university's experience of implementing strategic change through wholly online teaching and learning. Australasian Journal of Educational Technology, 23(1), 110-131. http://www.ascilite.org.au/ajet/ajet23/holt.html |