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- Effective Completion Rate Design for MOOCs of the Binational Laboratory for Intelligent Energy Sustainability Management and Technological Training(2018-07-04) Assaf, Nayiv; Ramírez-Hernández, Darinka; Glasserman, Leonardo; Tecnologico de MonterreyThe completion rate in MOOC has been the subject of many criticisms and observations; the reality is that this educational topic has been adapted from non-systematic ways from the classroom education to the open one without the necessary conceptual adjustments. Completion rates that MOOC have maintained over time, have been judged as very low, as well as unreliable and poorly calculated, to improve this situation, it has expressed the need for new models for theorizing on an effective terminal efficiency to be specifically designed for open, massive and online learning environments. For some years, in the e-learning guild, ROI economic models of completion rates have been developed to evaluate, account for and pay for the work done by the advisors/teachers/tutors of e-learning courses. These models are the perfect foundation to design and develop the basis of an effective completion rate for open and massive online learning environments. An effective completion rate design for MOOC should, in the first instance, differentiate among all types of users (some of which do not exist in face-to-face training, which partly explains some of the causes of the confusion in its interpretation and adaptation to the online environment) of the services offered in a MOOC.
- Instructional & technological design for technologically mediated learning milieus, an answer for open technological integration of online lab in today´s stem classroom(2018-07-04) Assaf, Nayiv; Ramírez-Hernández, Darinka; Tecnologico de MonterreyTechnological mediation is, and will be, one of the greatest topics in modern learning. The technology-education integration is one of its most important bifurcations. The success for technology to be integrated into educational scenarios has always been on the educational field side, and has as necessary conditions planning and instructional design. But today´s contemporary instructional design implementation faces ever more complex technologies that have to be adapted or modified into increasingly disruptive learning models, making it increasingly difficult to integrate technology into the classroom, which in turn requires the mandatory application of models and theories that structure and guide ideas, needs, uses and even designer intuitions, which presents the educational technologist fundamental issue, the dichotomy of the teacher-technologist binomial or one is a very good teacher or one is a very good technologist. The objective of this work is to propose an instructional and technological design macro-structure for technologically mediated learning milieus that merge ABET (Accreditation Board for Engineering and Technology) Criterion 3 as the instructional axiom of design principles with the Cognitive Theory of Multimedia Learning to integrate the mediated online laboratory technological feature, either remote or in-situ, with the educational one.