Abstract
In recent years, the construction of MOOC (Massive Open Online Course) resources database has been paid more attention on MOOC research field. Based on the idea of integrable ware, MOOC elements are designed to form the corresponding MOOC learning knowledge points for some courses of software engineering major in a local university. They have the characteristics of openness, flexible and reusable. MOOC elements are fully applied in construction of the MOOC resources database on local campus for personalized learning effectively. The results show that teachers can select several different MOOC elements to form an important knowledge point for MOOC teaching process according to an actual course and reuse some existed MOOC elements to form another MOOC knowledge point for other courses. Different MOOC elements can be combined freely to form the related learning knowledge points for one course of software engineering major to stimulate and improve students' interests in personalized learning. Finally, further work is put forward. Firstly, compatible supported conditions on software and hardware are to be created based on big data. Secondly, capacities on integrating and reusing of various types of MOOC resources by teachers should be improved. Thirdly, more reusable MOOC elements based on integrable ware for the courses of other majors should be designed and constructed for personalized learning.
Cite
CITATION STYLE
Yu, J., Zhang, J., Pan, L., Wu, N., & Liang, Y. (2019). Construction and Application of MOOC Resources Database for Software Engineering Major Based on Integrable Ware. In Journal of Physics: Conference Series (Vol. 1284). Institute of Physics Publishing. https://doi.org/10.1088/1742-6596/1284/1/012039
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