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TITLE:
Integrating digital competency into aviation training: an auditable Inputs–Processes–Outcomes framework
WHAT?
This paper proposes a framework for integrating digital competency into aviation training. It argues that aviation professionals must develop the ability to critically use digital tools, interpret data, collaborate through digital systems, and work safely with emerging technologies such as AI. The study introduces an Inputs–Processes–Outcomes (IPO) framework designed to integrate digital skills within competency-based aviation training systems and operational safety requirements.
WHERE?
University of Hyderabad, India.
WHEN?
Published 2026 in the Journal of the Air Transport Research Society reviewing research and policy literature published between 2000 and 2025.
WHY?
The aviation industry is undergoing rapid digital transformation, with technologies such as virtual reality training, AI-supported decision systems, digital twins, and online learning platforms becoming increasingly common. However, training has not yet systematically integrated digital competency frameworks from educational research. The authors argue that without stronger digital competence among aviation professionals and instructors, training effectiveness and operational safety may be compromised.
HOW?
Conceptual review study, synthesising research from multiple fields including aviation training, human factors, and educational technology. 18 core studies were analysed in detail & findings were used to develop a new framework connecting digital competencies with aviation training design and assessment.
FINDINGS:
What does digital competency look like? The study identifies five core areas of digital competence relevant to aviation professionals:
- Information and data literacy – interpreting digital data, operational information, and AI outputs.
- Communication and collaboration – working effectively across digitally connected aviation systems.
- Digital content creation – producing digital reports, training materials, and operational documentation.
- Safety and ethics – ensuring responsible use of data, cybersecurity awareness, and ethical AI use.
- Problem solving and adaptability – adapting to new digital tools and evolving operational technologies.
These competencies are embedded into an Inputs–Processes–Outcomes training cycle.
- Inputs represent digital skills and knowledge;
- Processes include training design elements such as simulation, CBTA/EBT assessment, cognitive-load management, and human-factors frameworks (e.g., SHELL and HFACS);
- Outcomes involve improved technical and non-technical performance including decision-making, situational awareness, teamwork, and operational safety metrics.
SO WHAT?
The study highlights that digital competence is becoming a foundational skill for aviation professionals, not simply an optional technical capability.
Effective training programmes should integrate digital technologies with competency-based training and realistic operational scenarios rather than treating them as separate learning tools.
For aviation training organisations, the proposed framework provides a structured way to connect modern digital learning technologies, human-factors principles, and operational safety outcomes.
By linking training design to operational performance data, the framework also supports continuous improvement and regulatory oversight. Developing strong digital competencies will be essential for preparing aviation professionals to operate safely in increasingly AI-supported and data-driven future aviation systems.
REFERENCE:
Ramanjaneyulu, S., Jalandharachari, A. S., Bindhani, S., Kasodhan, P., Harish, D., & Murthy, B. R. (2026). Integrating digital competency into aviation training: An auditable inputs–processes–outcomes framework. Journal of the Air Transport Research Society, 6, 100104. https://doi.org/10.1016/j.jatrs.2026.100104
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