This paper introduces a pattern-based analytical framework to understand how joint cognitive systems adapt within complex socio-technical environments. Building on Cognitive Systems Engineering (CSE) and the Work-as-X (WAx) framework, it formalizes work system patterns via the Structured Exploration of Complex Adaptations (SECA) method. The approach integrates data analytics with narrative inquiry, transforming qualitative accounts into structured, reusable knowledge. The resulting pattern library is expected to support proactive safety management and organizational learning at large, enhancing adaptive capacity and resilience across dynamic operational contexts.
Analyzing Adaptive Work‐System Patterns in Complex Socio‐Technical Systems / Patriarca, Riccardo; Lombardi, Manuel. - In: HUMAN FACTORS AND ERGONOMICS IN MANUFACTURING. - ISSN 1090-8471. - 36:2(2026). [10.1002/hfm.70040]
Analyzing Adaptive Work‐System Patterns in Complex Socio‐Technical Systems
Patriarca, Riccardo;Lombardi, Manuel
2026
Abstract
This paper introduces a pattern-based analytical framework to understand how joint cognitive systems adapt within complex socio-technical environments. Building on Cognitive Systems Engineering (CSE) and the Work-as-X (WAx) framework, it formalizes work system patterns via the Structured Exploration of Complex Adaptations (SECA) method. The approach integrates data analytics with narrative inquiry, transforming qualitative accounts into structured, reusable knowledge. The resulting pattern library is expected to support proactive safety management and organizational learning at large, enhancing adaptive capacity and resilience across dynamic operational contexts.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


