Problem solving/decision making and procedures for unexpected events: A literature review

S Pruchnicki, K Key, AH Rao - 2019 - rosap.ntl.bts.gov
2019rosap.ntl.bts.gov
The ultimate goal of this report is to provide the Federal Aviation Administration (FAA) with
insight into how resilience engineering (RE) concepts can be used to help pilots better
manage unexpected events [such as inflight loss of control (LOC-I), inflight upsets, and
aerodynamic stalls]. Specifically, the objectives of this literature review are to (1) Identify the
types of problem-solving/decision-making skills that could be applied in unexpected events
to produce better outcomes;(2) Understand how RE concepts across safety-sensitive …
The ultimate goal of this report is to provide the Federal Aviation Administration (FAA) with insight into how resilience engineering (RE) concepts can be used to help pilots better manage unexpected events [such as inflight loss of control (LOC-I), inflight upsets, and aerodynamic stalls]. Specifically, the objectives of this literature review are to (1) Identify the types of problem-solving/decision-making skills that could be applied in unexpected events to produce better outcomes; (2) Understand how RE concepts across safety-sensitive domains might apply to aviation, and (3) Suggest a future research path to develop procedures for pilots to use when facing unexpected events [including those with and without checklists and training guidance].
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