2. The context: sustaining OER trajectory
The foundational theorisation (e.g. Wiley), online
platforms (OECommons) and legal frameworks (CC
licences) for OER are well established
The next step is to massify/normalise OER and OEP
practices, particular as uptake has not been as
vigorous as expected (or feared…)
However, this requires additional resources – OER
production can be streamlined, but will almost
always require more time than closed materials
development
3. Claims of OER
Efficiency
Reduce costs
Democratise learning
Improve accessibility and reach
Allow for educator-learner co-creation of materials
Improve quality
Peer-to-peer sharing
Increased collaboration
4. Costs of OER
E-Infrastructure
Requires developing new proficiencies
Intellectual Property Management
Curation & metadata
Conceptualisation of context-free/’agnostic’
material design
Change in practice (e.g. sourcing references)
Time, time, TIME.
5. Sustainability challenges
Challenges:
Incentivisation schemes are uneven or absent
Not all institutions have support units to assist
interested academics
Academic staff globally are already time-
constrained
OER production needs to be sustainable –
which is facilitated by some degree of
localisation. Soft/project funded research
mandates cannot guarantee long-term uptake.
6. Students – a potential resource
Postgraduate students
Beginning to develop advanced subject knowledge
Likely to have experienced course materials from the
student perspective
Already involved in tutoring and lecturer support
Have time, and;
Need money
Summary: postgrads have the time, capacity and
energy to engage in OER production/facilitation
7. UCT context
‘Pride of authorship’ model – no centralised
QA system
IP policy which shares copyright of teaching
materials and scholarship between academics
and institution
High degree of academic
freedom/independence
Relatively autonomous, ‘siloed’ (Hussey, 2012)
nature of academic work
8.
9. Study site: the OER Adaptation project
Small grant from University of Cape Town
executive to develop OER materials
Explored employing students as ‘hunter-gatherers’
– identifying lecturers (based on personal/peer
experiences) and attempting to acquire teaching
materials
Coordinated centrally by an academic coordinator
and a student coordinator (me) who provided IP
training, advice and support
10. Methodology
Semi-structured interviews with the 5 student
adapters who contributed substantively to the
project
Structured interviews with 4 participating
lecturers
Artefact analysis of completed OER
Rogers’ Diffusion of Innovations theory
employed to determine whether or not student
facilitators could act as change agents,
supporting an institutional OER agenda
11. Training
Students trained in Intellectual Property
management (copyright clearance and
transmitting such information to lecturers),
curation, and metadata
Training based on University of Michigan
DScribe process; primary difference being
students were also trained in acquisition
techniques
12. Caveats & disclaimers
Small study (5 students, 4 lecturers)
Lecturers in this study were either OER
contributors or engaged in other forms of
online content sharing (other lecturers less
involved in online sharing were approached
but did not contribute)
14. The ‘O’ of OER - Adaptation
Adaptation:
Copyright clearance – finding sources of and where
necessary alternatives to all third-party materials
(typically images, sound, video)
Referencing all third-party material with appropriate
open licences
Skills: digital literacy, IP/copyright knowledge
Time: Moderate/High
Student competence: High
Lecturer confidence: High
15. The ‘E’ of OER - Generation
Generation:
Developing original pedagogical content
Modifying/supplementing existing pedagogical
content with new examples, more recent
literature, etc.
Decontextualisation: removing markers that
localised the material specifically to the South
African situation
Skills: subject knowledge, learning design
Time: High
Student competence: Low
Lecturer confidence: Low
16. The ‘R’ of OER - Publication
Publication
Editing completed OER for final upload. Can
include converting to open formats (e.g. Open
Office), compression/reducing file size
Upload to online institutional/subject repository
after metadata ascription
Skills: curation, metadata, digital literacies
Student competence: Moderate/High
Lecturer confidence: High
17. Discussion
Students and lecturers largely agreed that
students were best placed to perform copyright
clearance and curatorial activity; less well-
positioned to perform pedagogical modification
Lecturers disengaged from the minutiae of the
adaptation process – relatively lasseiz-faire
attitude towards the process after agreeing to
contribute
Lecturers’ responses indicated that they
gained little new knowledge through engaging
in the project
18. Conclusion
Given that students are skilled in adaptation
and curation, but less skilled in acquisition and
generation, it would appear that they are best
employed not as hunter-gatherers but as
capacitators…
21. Conclusion (continued)
However, students have the potential to contribute
pedagogically if involved early in the materials
design process, particularly for materials they co-
teach.
Students may (relatively) easily be employed as
capacitating agents in OER production; with some
creativity they can also be employed as
pedagogical co-creators.
OER advocacy needs to acknowledge that from
the creators’ perspective, at least in the short run,
OER costs time.
22. References
Hussey, G. D. (2012). The state and future of
research at the University of Cape Town’s Faculty
of Health Sciences. South African Medical
Journal, 102(6).
‘Capacitator’ by Gary Houston. Available at
https://commons.wikimedia.org/wiki/File:S.I.-
capacitor-20150807-003.jpg
‘Giving a leg up’ by Shane T. McCoy, CC BY-SA.
Available at
https://www.flickr.com/photos/usmarshals/193092
87359/in/album-72157653250378893/