The Relevance of Teaching "Information Security" In A Digital Educational Environment

Abstract

The rapid digitalization of modern society has fundamentally transformed educational systems worldwide, introducing unprecedented opportunities alongside significant cybersecurity risks. This study investigates the relevance and effectiveness of incorporating the "Information Security" course into digital educational environments at higher education institutions in Uzbekistan and the broader Central Asian region. Employing a mixed-methods research approach that combines quantitative survey data from 120 students and 35 faculty members with qualitative case study analysis across six universities, we assess current curricula adequacy, pedagogical challenges, and student competency outcomes. Our findings reveal a critical skills gap: 78.3% of students demonstrate insufficient knowledge of fundamental cybersecurity concepts prior to formal instruction, while institutions adopting integrated digital-pedagogical frameworks for security education report a 64% improvement in student competency scores. The study further identifies key barriers including inadequate infrastructure, shortage of qualified instructors, and misalignment between academic curricula and industry requirements. We propose a comprehensive, adaptive pedagogical model for teaching information security in digital learning environments, incorporating active learning strategies, virtual laboratory simulations, and continuous assessment mechanisms. The results carry significant implications for educational policy, curriculum design, and the professional development of educators in the era of ubiquitous digitalization.