Mass casualty incidents, sometimes occurring in conjunction with crises and armed conflict, represent significant and growing challenges for healthcare systems. These events are characterized by a high influx of severely injured patients presenting with complex and resource-intensive injury patterns, placing substantial demands on surgical expertise, specialized care, and coordination across levels of care and involved actors. In settings where exposure to severe trauma is limited during peacetime, maintaining and assessing actual preparedness over time becomes particularly challenging.
In scenarios such as mass casualty incidents involving burn injuries or conflict-related trauma, healthcare demands may rapidly exceed available capacity. The centralization of highly specialized care, constrained resources, and variability in injury patterns increase the risk of system overload, while critical decisions must be made under conditions of high uncertainty and time pressure. In addition, emerging injury profiles associated with modern warfare may impose further strain on systems that lack prior experience in managing such conditions.
A key challenge in trauma preparedness lies in the lack of systematic and quantitative methods to assess competence, capacity, and care needs in relation to complex incidents. Existing knowledge is often fragmented and lacks integrative perspectives that link individual skills, organizational resources, and the system’s overall capability to manage different types of injury patterns. This complicates planning, prioritization, and the development of effective preparedness strategies.
The research includes quantitative analyses of clinical experience, mappings of healthcare system preparedness, and studies of complex injury outcomes. In doing so, it creates a foundation for identifying competence gaps, capacity constraints, and future care needs. The resulting evidence base is expected to support the development of more robust structures for managing mass casualty incidents and crisis situations, thereby contributing to improved patient outcomes and strengthened societal resilience.
