The master's thesis focuses on the design of infrastructure for an Integrated Study Environment (IŠO) at the University of Ljubljana (UL). The topic of the thesis stems from the need for standardization and optimization of existing online classrooms, which are currently predominantly based on the Moodle platform. Due to varying approaches in the implementation of online classrooms among different university faculties, the goal of the thesis is to design a unified infrastructure that will enable centralized management and support for online classrooms within the university.
In designing this infrastructure, we began by analysing the current state of online classrooms, including an examination of the software and hardware used, and identifying key technical challenges. Based on this analysis, we proposed the implementation of technologies such as virtualization and containerization, which provide better adaptability, scalability, and security for online classrooms. Special attention was given to the use of the Red Hat OpenShift platform, which facilitates efficient container management and the integration of various applications.
The results of the master's thesis include a proposal for the optimal server infrastructure for the establishment of the IŠO, which encompasses both the local infrastructure within a data centre and the potential use of cloud services. Additionally, we presented a plan for the gradual migration of existing online classrooms to the new environment and outlined key steps for ensuring data security.
The next phase of the project involves conducting a pilot project, which will include the migration of certain university faculties to the new infrastructure. Based on the experiences gained from the pilot project, we will adjust the plan and gradually expand the use of the IŠO to more university faculties. The long-term goal is to establish a comprehensive and professional digital environment that will enhance the quality of education at the UL.
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