Crew Cognitive Resilience in Aviation

Introduction

Cognitive Resilience in Aviation

Understanding human performance and adaptability in automated flight operations

This website documents an ongoing doctoral research project examining how pilots adapt, decide, and maintain cognitive control in increasingly automated aviation environments.

At the centre of the work is the Crew Cognitive Resilience Index (CCRI™)—a developing framework intended to support structured inquiry into human adaptation under uncertainty, high workload, and non-routine operational conditions. The research adopts a systems perspective, drawing on simulator-based studies, observational methods, and systems thinking, including Systems-Theoretic Process Analysis (STPA).

The purpose of this site is to provide a high-level overview of the research direction, progress, and reflective commentary. Detailed methods, data, and analytical models are intentionally withheld while the research remains in development.

© Naveed Kapadia (Flight Crew View of the Sunrise)

What the CCRI™ Research Intends to Achieve

The Crew Cognitive Resilience Index (CCRI™) is being developed as a research framework to support a more structured and evidence-informed understanding of cognitive resilience in modern flight operations.

The research intends to:

  • contribute to a clearer conceptualisation of cognitive resilience within commercial aviation
  • examine how increasing automation and reduced operational exposure influence pilot adaptability and decision-making
  • explore how cognitive, behavioural, and physiological indicators can be meaningfully combined within a systems context
  • support the application of Systems-Theoretic Process Analysis (STPA) to understanding human–automation interaction and resilience factors
  • inform future thinking on training design, safety assurance, and human-centred system development

The CCRI™ is not intended as a performance ranking tool or operational assessment metric. Its purpose is to support research, reflection, and dialogue around how human capability can be better understood and supported as aviation systems continue to evolve.

Working Together on Cognitive Resilience

Advancing aviation safety requires collaboration across research, operations, and regulation. This work welcomes dialogue with researchers, airline training teams, and regulatory bodies interested in contributing perspective on cognitive resilience, human–automation interaction, and adaptive performance in complex flight systems. Engagement at this stage is focused on conceptual exchange and shared learning, with the longer-term aim of supporting safer, more resilient, and human-centred aviation operations worldwide.