teaching <strong>and</strong> <strong>learning</strong>. Comparable shared underst<strong>and</strong>ing of how best to use e-<strong>learning</strong>has not yet developed, where e-<strong>learning</strong> refers to electronic delivery of resources <strong>and</strong>communication, both on <strong>and</strong> offline. While print is still the main carrier of teachingmaterial at the Open University, all courses use Web sites <strong>and</strong> e-mail for some aspectsof communication <strong>and</strong> teaching, most use digital resources <strong>and</strong> some are delivered <strong>and</strong>supported entirely online.However, student evaluation shows a wide range of take-up <strong>and</strong> appreciation of the newmedia of conferencing, e-mail, Web sites <strong>and</strong> electronic resources via library databases<strong>and</strong> the Internet. An annual survey of new <strong>and</strong> other courses shows that OU students indifferent faculties experience more or less use of these media in their courses, <strong>and</strong> varyin the degree to which they find them helpful. Science courses, for example, have alwaysmade good use of software supplied on CD <strong>and</strong> now DVDs, <strong>and</strong> over 40 per cent oftheir students rated such materials as very helpful in the 2003 survey. Science students,however, gave very low helpfulness ratings to audio CD whereas almost 60 per cent oflanguage students rated them as very helpful, as did over 40 per cent in health <strong>and</strong> socialcare, arts <strong>and</strong> <strong>education</strong> – all faculties making effective use of audio for course-relatedteaching (see Rae, 2004 for elaboration of these findings).Course Web sites are also used to access electronic resources, with growing use by courseteams instead of print versions. Whereas only about 5 per cent of arts undergraduatestudents found these very helpful, 60 per cent of arts postgraduate students did so,reflecting the importance of key online collections for postgraduate research. Researchershave pursued this in relation to the effectiveness of Web sites, <strong>and</strong> identify usability as akey factor. However, usability is a multifaceted issue, originating in the human-computerinteraction literature, but inseparable from pedagogy where the context is use of Websites for <strong>learning</strong>. Preece has defined it thus: ‘software with good usability....is consistent,controllable, <strong>and</strong> predictable, making it pleasant <strong>and</strong> effective to use’ (Preece, 2000: 27).However, students may still not use even well-designed sites, if they are pressed for time<strong>and</strong> the core of the teaching material is provided elsewhere. Pedagogical usability needsto be part of the design from the beginning, <strong>and</strong> content experts need to work alongsidedesigners to ensure that the Web site is integrated into the teaching design as a whole.(Kukulska-Hulme <strong>and</strong> Shield, 2004).One of the most important aspects of any teaching design is assessment, <strong>and</strong> studentscan be made to engage with conferencing, or CD-ROM resources, by incorporating suchactivities into the marking scheme of assignments. Students who do not participate willthus lose marks. Students themselves have dem<strong>and</strong>ed such an approach, arguing that ifthe course team says it is so important to spend study time on these activities, they shouldincorporate them into the assessment of the course. However, it is still a challenge tocreate a course design that really works. Macdonald <strong>and</strong> Twining (2002) for example,describe a course that used activities to lead students’ <strong>learning</strong>, including conferencing,Internet searching <strong>and</strong> h<strong>and</strong>s on use of Hypernote for constructing a knowledge map. Thecourse, “Learning Matters: Challenges of the Information Age” was delivered to studentsin UK, Europe <strong>and</strong> Singapore, as part of degree studies. The course was designed toencourage students to be active learners, <strong>and</strong> to learn more by reflecting on their ownexperience of <strong>learning</strong> tasks set by the course, than by attending to the transmission ofinformation in course texts.Evaluation of the student response demonstrated areas where the course design couldhave been improved. A collaborative conferencing exercise had only limited success forexample, because it was scheduled between two assignments that were close in time, sothat many students ignored it in favour of doing their assignment. About half the tutors25
eported that group activity had reduced steadily since course start, <strong>and</strong> only some tutorsengaged in the kind of active facilitation of conferencing, that ensured their studentsdid participate. Such tutors e-mailed individual students to encourage them, logged onregularly themselves <strong>and</strong> ensured that group composition was working (Macdonald <strong>and</strong>Twining, 2002: 610).In another area, the development of skills using a hypermedia authoring tool was partiallysuccessful, but could have been improved had it been integrated into more than oneassignment, giving students several opportunities for feedback. Most students did not useeffectively the graded activities designed to help them learn how to use the software, <strong>and</strong>only got to grips with it properly when completing the last assignment. This assignmentrequired them to use the authoring tool to write a hypertext essay, as an exercise inexploring course concepts <strong>and</strong> making them explicit. After the assignment, around twothirds of students said they felt confident in using the tool, but tutors reported that manyassignments used a linear approach <strong>and</strong> showed little use of the divergent possibilities ofhypertext. What students needed was a more incremental approach to the developmentof skills, fostered by spreading the activity across more than one assignment (Macdonald<strong>and</strong> Twining, op cit, p. 615).REALISING THE PROMISE:DEVELOPING NEW SKILLS AND EXPERTISEThe introduction of new media requires in effect, a complete rethink <strong>and</strong> redesign ofteaching systems <strong>and</strong> staff skills. However, deep institutional change rarely occursovernight, <strong>and</strong> as a result, the success of early attempts to use new media has beenpatchy, in terms of student usage <strong>and</strong> feedback. Students may be unenthusiastic howeverbecause of poor implementation rather than intrinsic qualities of the media. Furthermore,each course has different opportunities arising from the nature of the discipline <strong>and</strong> the<strong>learning</strong> goals set for students.Some courses positively require to be taught using the Web, <strong>and</strong> it becomes feasible for astrong case to be made to students that participation online is essential. One such courseis “The Environmental Web” 2 , an advanced undergraduate course about environmentalissues <strong>and</strong> the skills required in becoming an environmental scientist. This is a fieldwhere international experts <strong>and</strong> academics use the Web extensively for research. Thecourse design uses web-based activities to lead student <strong>learning</strong>, <strong>and</strong> requires aroundhalf the study time to be at the computer screen. Activities create graded exercises insearching, evaluating <strong>and</strong> using web resources, carrying out measurements <strong>and</strong> analyses,<strong>and</strong> uploading assignments to Web pages. Students are explicitly warned that extensivestudy at the computer is required, <strong>and</strong> from the beginning, they have to interact onlinewith their tutor group in order to carry out some aspects of their assignments.Student <strong>and</strong> tutor feedback shows an enthusiastic response to this approach, <strong>and</strong> thecourse has very high retention rates. Seventy-seven per cent of all students who start thecourse achieve a credit, compared with the average across all Science courses of 60 percent. Students feel in touch with contemporary science <strong>and</strong> activities that are happeningduring their period of study. In their first few weeks of study for example, they take onthe role of a representative of one of the members of the Association of Small Isl<strong>and</strong>States (AOSIS), finding data about ‘their’ isl<strong>and</strong> <strong>and</strong> negotiating within their group abouthow best to represent their interests at the UN. As the 2005 cohort begin their studies,they will undoubtedly experience the immediacy of these concerns, <strong>and</strong> the relevance oftheir course, in reflecting on the impact of the Tsunami that devastated so many IndianOcean isl<strong>and</strong>s on 26 December 2004.26
- Page 1 and 2: PERSPECTIVES ONDISTANCE EDUCATIONLi
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CHAPTER 7QUALITY ASSURANCE SURVEYOF
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(Paris, France, 28-29 June 2004) in
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Examples of elaborated QA policies:
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plans and produces its conventional
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SHTVU (China)• Teaching• Teachi
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offers its programmes to Turkish ci
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mega universities apply a set of st
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RELEVANT INTERNET SITESThe Commonwe
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2. QA initiatives or publications b
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assurance of ODL. This DST will be
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Educational Planning has been respo
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A system of weighting of the key qu
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RELEVANT INTERNET SITESHigher Educa
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CHAPTER 9THE FINNISH VIRTUAL UNIVER
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foreign providers. In Finland, the
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to make the best use of new educati
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The foremost task for the Service U
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part of quality management. The aim
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online courses; an educational tech
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polytechnics, research institutions
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CHAPTER 10PROMOTING CROSS-BORDERREC
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The Bologna Declaration was followe
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indicators currently being used for
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the qualification resulting from th
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Table 9.1: Outline of the portfolio
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• Make sure that incoming student
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CHAPTER 11CHARTING THE EVOLUTIONOF
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Another common characteristic was t
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the current capacity of the educati
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conditions for success. Conditions
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Cultural and ethical issues in inte
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the cost and maintenance of learnin
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Research can be a useful tool for c
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REFERENCESBates, A. (1995). Technol
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Twigg, C. (2001). Quality Assurance
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y, for example, entering into partn
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and even greater steps, and the dec