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9.0 RISK ASSESSMENT AND DISASTER & CONTINGENCY PLANNING FUNCTIONS.The objective of the risk assessment and disaster and contingency planning functions is to support all phases of the ongoing and upcoming FAA Programs with risk analysis and management. The contractor may be tasked to provide: 9.1. Development of quantitative performance measurement and analysis applied to aviation safety, risk analysis, regulatory compliance, and testing; 9.2. Support in technical meetings, conferences/seminars/workshops; 9.3. Software development using prototyping and other methodologies to produce timely and user friendly applications, as required, ensure compliance with the Enterprise Architecture, and preparation of risk analysis reports with alternatives. These efforts may require interface and coordination with various government, industry and international organizations; 9.4. Support in gathering requirements, both functional and data/information, program risk assessment from the all applicable sources, preparing program and project plans, performing risk analyses and in formulating risk avoidance strategies; 9.5. Support services to conduct qualitative and quantitative analyses using data obtained from literature, automated databases, and direct observations, to assess the frequency and severity of significant risks, and developing means of identification of these risks and preventive strategies and analyze the operational, human factors organizational, environmental, and physical aspects of aviation risk. 9.6. Support services to utilize quantitative methods for hazard analysis and analytical systems such as Failure Mode Effects and Criticality analysis (FMECA), Fault Tree Analysis, etc. These efforts may include but are not limited to reliability methods, hazard classification, and fault tree analysis; 9.7. Support for the use of advanced analytical methods in risk analysis. These efforts may include, but are not limited to any of the following: stochastic and deterministic modeling, design and use of probability product and network techniques for predictive analysis, Bayesian statistical analysis, system reliability engineering, and simulation modeling |
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