Single-Pilot Resource Management (SRM) Pilot is informed by established Human Factors research, safety management principles, and operational experience in single-pilot aviation environments.

This page outlines the research foundations that inform SRM Pilot and demonstrates how evidence-based concepts are translated into practical decision-making tools for pilots operating without a crew.

SRM Pilot is not intended to replace existing regulatory frameworks, nor to mandate behaviour. Its purpose is to support safer decision-making by acknowledging the unique cognitive and workload demands of single-pilot operations.

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Human Factors

Human Factors research consistently shows that aviation accidents are rarely the result of a lack of technical knowledge. Instead, they are more commonly associated with:

• Cognitive overload

• Task saturation

• Startle response and stress

• Loss of situational awareness

• Delayed or inhibited decision-making

These factors are amplified in single-pilot environments, where all operational, cognitive, and time-critical decisions are managed by one individual.

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Related articles:

• Why the Startle Response Breaks Single-Pilot Safety

• Human Factors and Cognitive Load

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Decision-making Under Time Pressure

Decision-making under time compression is a well-documented Human Factors challenge. When unexpected events occur, physiological stress responses can temporarily reduce cognitive capacity, narrow attention, and impair judgement.

In multi-crew operations, CRM mitigates these effects through shared mental models, task delegation, and verbal cross-checking.

In single-pilot operations, these buffers do not exist — requiring deliberate internal structure to manage the same threats.

SRM Pilot focuses on practical decision-making frameworks that help pilots slow the moment, prioritise effectively, and maintain aircraft control while decisions are made.

 

Related articles:

• Decision-Making Under Time Compression (upcoming)

• Seven Common SRM Mistakes Single Pilots Make

 

CRM and SRM: Shared Principles, Different Context

Crew Resource Management (CRM) has proven highly effective in multi-crew environments and remains a cornerstone of aviation safety.

Single-Pilot Resource Management (SRM) is not a simplified version of CRM. While the underlying safety principles are shared, the cognitive environment is different:

• No task sharing

• No verbal cross-check

• No shared situational awareness

• Increased reliance on internal decision structures

 

SRM Pilot acknowledges this distinction and adapts Human Factors principles specifically for single-pilot contexts.

 

Related articles:

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• Single Pilot, No Safety Net: Why SRM Is Not “CRM Lite”

• CRM vs SRM: Same Principles, Different Cognitive Load (upcoming)

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Workload Automation & Cognitive Capacity

Automation can be a powerful workload-management tool for single pilots. However, research also shows that automation mismanagement, mode confusion, and over-reliance can increase risk if not properly integrated into decision-making processes.

SRM Pilot addresses automation as a resource to be actively managed, not passively relied upon.

 

Related articles:

• Automation in Single-Pilot Operations: Help or Hazard? (upcoming)

• How to Use the 5P Framework in Real Flights

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Applied Safety Management

SRM Pilot aligns with modern safety management thinking by:

• Recognising human limitations

• Encouraging proactive risk management

• Supporting structured decision-making

• Promoting reflection and continuous improvement

Rather than focusing on compliance, SRM Pilot emphasises behavioural and cognitive safety outcomes, consistent with contemporary SMS and Human Factors principles.

 

Related articles:

• Plan B Thinking: Why Options Equal Safety (upcoming)

• Teaching SRM as a Flight Instructor (upcoming)

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Ongoing Research & Development

SRM Pilot continues to evolve through:

• Operational feedback from single-pilot environments

• Instructional experience

• Ongoing Human Factors study within a Master of Aviation degree, with a focus on decision-making under pressure

 

Feedback from regulators, operators, instructors, and pilots is welcomed as part of this continuous improvement process.

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Research Papers

 

Foundation Human Factors & SRM Definitions

FAA Pilot’s Handbook of Aeronautical Knowledge — Single-Pilot Resource Management defined and contextualised.
🔗 Practical overview: https://skybrary.aero/articles/single-pilot-resource-management-srm

 

SPO Hazards & Research

Single Pilot Concept of Operations: Hazard Identification ... (2025)
This paper explores human factors hazards specific to single pilot operations, especially in small jets certified for SiPO.
🔗 DOI abstract: https://www.tandfonline.com/doi/full/10.1080/24721840.2025.2481880?af=R

 

NASA & Human Factors work on Single Pilot Operations

BK Burian — Single-Pilot Workload Management During Cruise
This study links workload management to resource management challenges in single pilot environments.
🔗 NASA archival reference: https://human-factors.arc.nasa.gov/flightcognition/Publications/ISAP_2013_Single_Pilot_Study.pdf

 

Human Issues in Single Pilot Operations (HCD Focus)

Wang, G., Li, M., Wang, M., & Ding, D. (2023) — A Systematic Literature Review of Human-Centered Design Approach in Single Pilot Operations
This systematic review explores human factors research trends relevant to single pilot operations and human-centred system design.
🔗 Elsevier abstract: https://www.sciencedirect.com/science/article/pii/S100093612300256X

 

Study on SRM Using Analytical Methods

Im, K.H., Kim, W., & Hong, S.-J. (2021) — A Study on Single Pilot Resource Management Using Integral Fuzzy Analytical Hierarchy Process (Safety 2021)
This research uses analytic approaches to identify key factors impacting aviation safety, emphasising SRM and situational awareness.
🔗 Open access: https://www.mdpi.com/2313-576X/7/4/84
📌 Also view on ResearchGate: https://www.researchgate.net/publication/357178853_A_Study_on_Single_Pilot_Resource_Management_Using_Integral_Fuzzy_Analytical_Hierarchy_Process

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Evaluating CRM & SRM in Aviation (peer reviewed)

Idowu, A., Shogbonyo, M.A., Augustine, H., & Adeyeye, O.A. (2024) — Evaluating Crew Resource Management (CRM) and Single-Pilot Resource Management (SRM) in Aviation
This study contrasts CRM’s safety benefits with SRM in general aviation and highlights the need for consistent human factors training in SRM.
🔗 View paper (International Journal of Aviation Research): https://ojs.library.okstate.edu/osu/index.php/IJAR/article/view/10006

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Enhancing SRM in General Aviation (Study)

Camilleri, T. (2025) — Enhancing Single-Pilot Resource Management (SRM) in General Aviation
This study examines how Single-Pilot Resource Management (SRM) can be strengthened in general aviation operations, with a focus on decision-making, workload management, and situational awareness. It highlights common human factors challenges faced by single-pilot operators and reinforces the need for structured, consistent SRM training tailored to real-world GA environments.

🔗 View paper: Enhancing Safety in GA with SRM 

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