1. Enhancing aviation English competency: A simulation-based approach for aspiring pilots.
- Author
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Demirdöken, Gökhan and Atay, Derin
- Subjects
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ENGLISH as a foreign language , *AIR pilots , *POSTSECONDARY education , *VOCABULARY , *SIMULATION methods & models - Abstract
Aviation English (AE) represents a noteworthy area of investigation within the realm of English for Specific Purposes (ESP), aimed at fostering English language competency among aspiring pilots. In this study, a simulation-based aviation English course was designed and implemented for improved learning gains. The present study took place at a tertiary educational institution, focusing on the analysis of AE vocabulary development, the readback performance of student pilots, and the examination of participants' perceptions of simulation-based training. Employing a mixed-methods sequential explanatory research design, data were gathered from 21 ab-initio pilots enrolled in the Pilotage Training program. The quantitative results showed that participants significantly improved their readback performance and AE vocabulary knowledge over the course of a semester. With regard to the qualitative results, student pilots overall perceived the simulation-based training as an innovative and effective method. The present study, therefore, constitutes a notable advancement in the AE research domain by documenting, for the first time, the application of simulation-based training in the aviation context. Moreover, the study offers insights into the implications for ESP practitioners and stakeholders in the aviation sector, along with recommendations for future research, which are delineated in the study's conclusion. • This study reveals improved AE vocabulary and readback in simulated environment. • It demonstrates the importance of robust language training for pilots. • Innovative use of Microsoft Flight Simulator enhances vocabulary learning. • It addresses readback proficiency challenges through rigorous methodology. • Qualitative analysis highlights simulation's role in reducing ESA & improving communication. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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