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Description
This paper presents a structured analysis of aviation technical terminology with a focus on its role in safety-critical communication within air force and aerospace engineering environments. Standardized terminology is a key component of reliable technical documentation, maintenance operations, and cross-disciplinary coordination, directly affecting operational safety and system performance.
The study combines principles of terminology science with an application-oriented approach to model aviation terminology as a structured knowledge system supporting engineering and operational processes. A classification framework is proposed covering major aviation technical domains, including aircraft structures, propulsion systems, avionics, communication and navigation systems, and maintenance procedures. The interdisciplinary nature of the terminology is emphasized, reflecting its integration with engineering sciences and information technologies.
The functional characteristics of aviation terms are examined in terms of their role in reducing ambiguity, supporting decision-making, and enabling efficient interaction. A typology based on degree of specialization is introduced, distinguishing highly specialized, general aviation, and hybrid terms, with attention to their behavior in operational contexts.
The paper further discusses challenges related to standardization, semantic consistency, and knowledge transfer, particularly in multinational and multilingual environments. The findings highlight the importance of systematically organized terminology for improving the clarity, reliability, and safety of technical communication in aviation and engineering systems.
Impact Statement
This study advances the standardization and systematization of aviation technical terminology, contributing to improved clarity and reliability in technical communication, with direct implications for operational safety, maintenance accuracy, and the training of aviation professionals.