Learn PAd 5mentation produced by civil servants; Simulation Based Learning Support thatenables civil servants to experiment collaboratively their acquired knowledge;Monitoring and KPI for engaging learners where indicators are derived andmonitored in order to assess both civil servants, and organizational learning.These solution dimensions are investigated within four work packages (i.e.WP3, WP4, WP5, WP6) mainly conceived to enhance the research with the areaof technology-enhanced learning. These work packages leverage on the activitiesfrom other three work packages (i.e. WP1, WP2, WP7) enabling the engineeringof the Learn PAd platform. The project validates its achievements using twodemonstrators (i.e. WP8). Finally, dissemination and management activities arethe focus of the remaining WPs (i.e. WP9, WP10).In the following we report more details for each work package in Learn PAd.WP1: Requirements Analysis is conceived as the very rst interaction pointof the project where all partners meet in order to dene and to elicit their needsand their vision for the e-learning platform that will result from the project.Specically, the whole consortium discusses the requirements from research,methodological, technical, architectural and user perspectives.WP2: Learn PAd Platform designs the high level architecture for the wholeLearn PAd platform and it shapes the strategy for the integration of the variouscomponents. It also provides the design of the core functionalities of the collaborativeframework to which all the tools developed by WP4, WP5, WP6 can beplugged in. Moreover the core of the collaborative framework relies on the datametamodel resulting from WP3 and WP5.WP3: Approaches Enabling Model-Based Learning analyses, species,and denes the domain-specic models and meta-models that are needed tobe adopted for the management and learning of business processes and theircontext. Specically, it investigates on adequate means for automatically relatingBP-notations such as BPMN [4], and other model kinds representing either theorganization of the PAs or learning aspects.WP4: Models and Contents Quality Assessment investigates on the qualityassessment of the BP model specications, and its related learning contents.The quality assessment will be based on both formal verication, and naturallanguages processing techniques. The former will focus on proper approaches assessingthe satisfaction of relevant properties by dened BP models. The latterwill include mechanisms to check if the text within the learning content referringto the elements of a model is consistent (e.g. not contradictory, issuing potentialambiguities, etc.) with respect to the model itself.WP5: Collaborative Content Management deals with the collaborativemanagement of learning contents, including their production and fruition. Specificallythe WP is designed around the denition of ontologies providing a sharedunderstanding of learners, contents and KPI. It also leverages on automatic reasoningin order to measure the success of learning, as well as cooperation andcontent production. This work package fosters the development of a performanceculture by explicitly referring to KPIs as means for assessing how learners engagein learning, and improve their competence by means of the platform.13
6 A. Bertolino, G. De Angelis, A. Polini, D. ’ilingasWP6: Simulation Based Learning researches on the design and the constructionof a simulation environment where learners are engaged in trainingactivities. The simulation engine will support both the software emulation of theinvolved parties, and the provisioning of dedicated means for gathering learnerswilling to train on the business process by interacting with other learners.WP7: Coordination Activities Supporting Integration is a technical workpackage prescribing the guidelines for the development and the integration of thesoftware provided by the other work packages.WP8: Demonstrators aims at demonstrating applicability, acceptance andeectiveness of the overall Learn PAd platform. The WP leverages on the resultsfrom the WPs 1-6 from two dierent PAs, each one providing and highlightingdierent aspects.The rst case concerns the administrative procedures related to the participationto a European research project. This case is demonstrated in the administrativedepartments at University of Camerino. It is conceived to engagedierent partners in the denition of BP models and BP documentation, butwithout crossing the border of that PA.The second case addresses a more complex inter-organizational scenario involvingseveral PAs. Specically, it refers to the activities that the Italian PAshave to put in place in order to allow entrepreneurs to set up a new company (i.e.Sportello Unico Attività Produttive SUAP). This demonstrator is run underthe support of Regione Marche PA, which partially regulates the activities inSUAP, and it also includes a stable school for PA employees.WP9: Dissemination and Exploitation deals with managing all activitiesincluding dissemination, exploitation, standardization undertaken throughoutthe project.WP10: Management includes all management tasks (e.g. budgeting, <strong>projects</strong>tang, planning, quality assurance, etc.).4 Challenges and PerspectivesFor each of the ve main solution dimensions presented in Section 3, the LearnPAd project deals with challenges and perspectives overcoming the currentstate-of-the-art in technology-enhanced learning.Model Based Learning : The more evident perspective promoted by the LearnPAd project is to adopt models (and their graphical representation) as the basisfor organizing knowledge and training people in PAs. In fact models have beenused more and more to represent dierent dimensions of an organization; whatLearn PAd proposes is a systematic way to automatically derive and organizee-learning artefacts from such models; thus a platform for Model Based Learningsupporting o-line learning by consulting and commenting contents related tospecic topic, and learning-by-doing by simulating the BP activities.A challenge with respect to the current state-of-the-art in the eld of Model-Driven Engineering concerns the proposition of means for the homogeneous linkingof orthogonal aspects. For instance from the BP notations towards several14
- Page 1 and 2: Proceedings of the Projects Showcas
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