Publication | Open Access
Using the Personal Competence Manager as a complementary approach to IMS Learning Design authoring
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Citations
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References
2007
Year
Tencompetence FrameworkEducational InformaticsEducationComplementary ApproachInstructional DesignLearning Management SystemPersonal Competence ManagerDesign SciencePersonalized LearningDesignLifelong Competence DevelopmentUser ExperienceLearning AnalyticsDesign ThinkingEducational DesignProfessional DevelopmentTechnologyArticle TencompetenceLearning DesignIms Learning Design
Abstract In this article TENCompetence will be presented as a framework for lifelong competence development. More specifically, the relationship between the TENCompetence framework and the IMS Learning Design (LD) specification is explored. LD authoring has proven to be challenging and the toolset currently available is targeting expert users mostly working for institutions of higher educations. Furthermore these tools re-enforce a fairly rigid top-down workflow approach towards design and delivery. This approach it is not always the most suitable model in all circumstances for all practitioners. TENCompetence provides an alternative bottom-up approach to LD authoring via its first implementation: the Personal Competence Manager (PCM). Constructs such as competence profiles and competence development programmes, let users define, modify, and acquire competences they need for achieving their personal goals. We will show how the PCM provides support for these constructs and stimulates the bottom-up development of learning materials. We will also show how these concepts can be mapped towards LD. This allows the ad hoc designs of the PCM to be captured in a unit of learning (UOL). These UOLs can be enhanced and eventually fed back into the PCM, therewith closing the edit cycle. This editing cycle allows for a gradual integration of bottom-up ad hoc designs with more formal top-down designs introducing LD in a gentle fashion. Keywords: personal competence managercompetence developmentlearning designauthoring Acknowledgements The authors wish to thank the management and staff of the Schloss Dagstuhl International Conference and Research Centre for Computer Science for providing a pleasant, stimulating and well organized environment for the writing of this article. Authors' efforts were (partly) funded by the European Commission in TENCompetence (IST-2004-02787) ( http://www.tencompetence.org).
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