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Showing 2 results for mahjub

Hassan Mahjub, Rouhollah Shahabi, Seyyed Ghader Razavi, Hassan Rezaei Lichaei,
Volume 13, Issue 3 (Volume 13, Issue 3, December 2025 2025)
Abstract

Cognitive abilities are among the most important predictors of pilots’ precise performance. With this perspective, the present study aimed to identify the essential cognitive themes and skills for pilots and to propose a theoretical model accordingly. The study was conducted using a qualitative approach and a meta-synthesis method, following the seven-step model of Sandelowski and Barroso (2007). The research population included all scientific documents published over the past 26 years, retrieved from 7 international and 3 national databases, totaling 307 scientific documents. After an in-depth review, 23 documents were selected for final analysis. Data analysis was performed through thematic analysis, and to ensure research quality, the documents were carefully analyzed and the process thoroughly documented. Expert feedback was incorporated throughout the research steps. Additionally, the Critical Appraisal Skills Programme (CASP) checklist was employed to assess the quality of the selected documents and ensure the reliability of the study’s findings. The results proposed a conceptual model consisting of 11 main themes and 59 sub-themes. The main themes included: perceptual-motor abilities, working memory, attention and concentration performance, flexibility in information processing, sequencing/planning abilities, perceptual speed, decision-making/reasoning, perceptual-sensory skills, coordination, and psychomotor abilities.The findings of this study can be utilized to develop a comprehensive assessment tool as well as to design continuous and targeted training programs aimed at maintaining and enhancing pilots’ cognitive skills.

Da Dariush Malekpour, Ab Abolghasem Naderi, Ha Hassan Mahjub, Ez Mitra Ezzati,
Volume 13, Issue 3 (Volume 13, Issue 3, December 2025 2025)
Abstract

The study aimed to explain and design a theoretical model of pilots' operational cognitive resilience in the military aviation industry, a concept referring to the mechanism of maintaining, recovering, and readjusting executive functions and the mind's information processing system when faced with acute stress and operational constraints of flight. This study was conducted using a qualitative approach and based on the grounded theory strategy (Strauss and Corbin's version, 1998). The required data were gathered through in-depth, semi-structured interviews with 15 experts in the field of cognitive sciences and senior operational pilots (with a history of over 2000 flight hours); the sampling process continued using a theoretical approach until achieving conceptual saturation. Data analysis was carried out through a systematic coding process in three stages: open, axial, and selective coding.

Qualitative analyses revealed that the core phenomenon of this study was pilots' operational cognitive resilience, which was explained as a dynamic, multidimensional, and context-bound construct. This conceptual construct was considered the product of a synergistic and systematic interaction among three major dimensions: the individual dimension (including basic and higher cognitive functions, executive inhibition, emotional-motivational components, personality patterns, physical stability, and implicit memory resulting from flight experience), the organizational dimension (comprising team tasks and the promotion of a safety culture), and the family dimension (as a source of emotional and psychological support). The fundamental achievement of this research was providing a coherent conceptual framework for analyzing pilots' cognitive behaviors under crisis conditions, which can serve as an analytical foundation for developing future applied interventions and empirical research in this domain.



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