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A Critical Review of Cybersecurity Education in the United States

James Crabb, Christopher Hundhausen, Assefaw H. Gebremedhin

202422 citationsDOIOpen Access PDF

Abstract

This work examines the state-of-the-art of cybersecurity education in the United States by considering two sources of data. The first source consists of Programs of Study for cybersecurity programs at Centers of Academic Excellence in Cybersecurity designated by the National Security Agency. Statistics were aggregated from a sample of one hundred CAE-C institutions, trends and gaps are identified, and improvements are proposed. The second source is peer-reviewed research published in the field of cybersecurity education over the last decade. A review of this literature shows a strong focus on identifying instructional content and developing educational tools while simultaneously indicating a shortage of research into rigorous evaluation of the instructional approaches being used to teach cybersecurity. Our review of these two sources of data highlight two paths to improving cybersecurity education in the United States. First, institutions offering cybersecurity degrees could work more closely with groups such as NIST, ACM, and IEEE to ensure their curricula match the needs of industry and they are graduating work-ready cybersecurity specialists. While CAE-C designation provides certain requirements for the amount of cybersecurity content included in curricula, designated institutions vary widely in the types of programs they offer and how many cybersecurity-specific courses they provide. Second, cybersecurity education could benefit from an influx of ideas from educational psychology regarding instructional theories such as cognitive load theory.

Topics & Concepts

CurriculumUnited States National Security AgencyWork (physics)Computer scienceExcellenceAgency (philosophy)Computer securityEconomic shortageEngineering managementNational securityPolitical scienceEngineeringSociologyGovernment (linguistics)LawPhilosophyLinguisticsSocial scienceMechanical engineeringInformation and Cyber SecurityExperimental Learning in EngineeringTeaching and Learning Programming
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