Vol: 1 Issue: 1
E-Learning On Wireless Telecommunications Network
Etim, Otu Mesember, Gertrude Fischer, Asuquo Eke
Abstract:
The increasing demand for distance education and the rise of wireless telecommunications networks have opened new possibilities for the implementation of e-learning platforms. This project is focused on the design and development of an e-learning system specifically tailored for wireless telecommunications networks. The objective is to create a user-friendly and interactive platform that enables students to engage in remote learning experiences related to wireless communication technologies. The project includes the analysis of current E-learning methods and wireless telecom networks, covering various e-learning platforms, instructional design, mobile learning, and wireless communication systems. Its aim is to create an engaging learning environment by utilizing wireless networks, integrating multimedia, interactive simulations, and real-time communication tools. The project also includes the design of assessment modules for student progress tracking and feedback. Throughout the project, feedback from both lecturers and students were gathered through surveys and usability tests to ensure that the platform meets their needs and expectations. The result of the project is a functional prototype of the e-learning platform, ready for deployment and evaluation in a real educational setting. The potential impact of this project is significant by leveraging the power of wireless telecommunications networks; thus, the e-learning platform can provide students with access to educational resources and interactive learning experiences from anywhere and at any time.
Keyword: Internet of things, Electroencephalography, Machine learning, Students performance measurement, Visual learning.