Abstract
The digital transformation of the aviation sector necessitates rigorous cybersecurity standards; however, a critical awareness-action gap persists among emerging professionals. This study addressed this imperative by assessing the level of cybersecurity awareness among Avionics Technology students at WCC Aeronautical & Technological College - Binalonan to serve as the empirical foundation for a structured institutional intervention. Employing a hybrid methodology that combined a descriptive survey with elements of Design Science Research, the study was aligned with ISO/IEC 27001:2022 standards. Quantitative data was gathered from one hundred targeted students utilizing a structured 5-point Likert scale evaluation instrument. This tool systematically measured student awareness across four specific threat domains: password management-related issues, social engineering threats, malicious software and wireless network attacks, and endpoint device security. The empirical findings revealed a systemic operational deficiency. While students possessed foundational theoretical knowledge such as effectively recognizing deceptive phishing tactics (mean 4.10) they lacked practical technical defense capabilities. Students exhibited a dangerous reliance on human memory by drastically underutilizing secure encrypted password managers (mean 1.85) and demonstrated alarming vulnerabilities regarding unencrypted wireless network transmissions (mean 2.65). Conversely, the respondents expressed an overwhelming demand for structured, standardized training modules (composite mean 4.78). To rectify these empirical vulnerabilities, the research culminated in the formulation of the Cybersecurity Program for Avionics Technology. This fully operational training architecture integrates standardized vaulting protocols, active threat simulations, and endpoint hardening. Aligned with United Nations Sustainable Development Goals 4: Quality Education and 9: Industry, Innovation, and Infrastructure, this programmatic intervention actively bridges the awareness-action gap, ensuring future graduates enter the industry as highly secure guardians of critical aerospace infrastructure.
Keywords: Student Awareness, Basis, Developing, Cybersecurity Program, Avionics Technology
1. Introduction
The digital transformation of the global aviation sector has fundamentally altered how emerging professionals interact with critical technical infrastructure. Modern aircraft maintenance, flight log management, and avionics diagnostic systems are now inextricably linked to complex digital networks and cloud-based databases. Securing these digital perimeters and protecting highly sensitive data has emerged as a critical operational imperative across the international aerospace industry. Consequently, robust cybersecurity awareness is no longer merely an academic recommendation; it is an absolute global requirement. To ensure the resilience of aviation networks against sophisticated cyber threats, educational frameworks must align with the United Nations Sustainable Development Goals 4: Quality Education and 9: Industry, Innovation, and Infrastructure to foster an environment of proactive digital defense.
2. Methodology
This study employed a descriptive-quantitative research design to systematically measure, quantify, and analyze the level of awareness in addressing cybersecurity threats among the target population. This methodological framework is highly appropriate for the investigation because it facilitates the objective collection of empirical data concerning the students' theoretical comprehension and practical recognition of cyber vulnerabilities without manipulating the natural research environment. By utilizing a highly structured quantitative approach, the researcher was able to establish a statistically reliable baseline of the human-centric vulnerabilities present within the academic institution.
3. Results and Discussion
The statistical analysis of the empirical data gathered from one hundred (100) Avionics Technology students at WCC Aeronautical & Technological College - Binalonan reveals profound insights into their digital behaviors and cognitive threat recognition. Utilizing the highly structured, ISO-aligned 5-point Likert scale evaluation instrument, the data exposes a critical operational gap between the respondents' theoretical cybersecurity knowledge and their practical digital defense capabilities. The findings are structurally organized into two master segments, directly addressing the specific problems of the study.
4. Conclusion
Through a rigorous empirical analysis of the data gathered from the Avionics Technology student cohort at WCC Aeronautical & Technological College - Binalonan, the researcher presents the following definitive conclusions, systematically aligned with the specific problems of the study.
References
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Full reference list available in the PDF version.