APPROPRIATE TECHNOLOGY-BASED INFORMATION SYSTEM FOR DISTANCE EDUCATION IN MEKELLE

Abstract

The recent crises in the Tigray region, particularly in Mekelle, have deepened long-standing barriers to equitable education in region. Even before the conflict, traditional face-to-face learning was constrained by limited funding, challenging geography, and weak infrastructure. The war intensified these challenges through school closures, displacement, and damage to essential facilities. These conditions underscored the urgent need for educational models that are accessible, scalable, and resilient in times of crisis. Appropriate technology-based information system for distance education emerged as a viable alternative, with the potential to overcome time and distance barriers when adapted to the local context. This study investigated the current state and challenges of distance education in Mekelle, focusing on students, educators, and marginalized groups such as rural residents, women, and internally displaced persons. A mixed-methods approach was employed, combining questionnaires from 115 students, interviews with 10 experts, focus group discussions, and document reviews. The findings identified the types of educational technologies in use, their level of functionality, and the socio-cultural and infrastructural barriers limiting effective adoption. Drawing on these insights and lessons from both global and Ethiopian experiences, a Web-Based Distance Education Learning (WBDEL) system was designed and developed using the Design Science Research Methodology (DSRM). Web technology was selected for its scalability, low-resource accessibility, and support for both synchronous and asynchronous learning. The system was designed to be culturally relevant, user-friendly, and accessible to learners with varying digital skills. It supports multimedia learning materials, including text, images, videos, and hyperlinks, and incorporates offline access to address internet connectivity challenges. The prototype underwent requirement analysis, iterative design, and pilot testing. Results showed that over 71% of respondents found the system easy to use, cost- and time-efficient, and effective in fostering interaction between learners and institutions. Timely feedback reduced learners’ sense of isolation, while training for teachers and students enhanced digital competency and reduced dropout risks. This research delivered a practical and adaptable web-based distance education system tailored to the needs of Mekelle. The system improved educational access, enhanced learning quality, and strengthened community y resilience. The findings demonstrate that, with thoughtful design and contextual adaptation, web-based distance education can provide equitable and continuous learning during crises and serve as a scalable model for post-conflict and resource-limited settings across Ethiopia and beyond.