INTEGRATED RISK ASSESSMENT AND MANAGEMENT
AIMS AND CONTENT
LEARNING OUTCOMES
The course will address the aspects of risk assessment with a multidisciplinary approach. the definition of risk and damage and general methodologies for the calculation of standard parameters in the risk assessment procedures (eg. PML and AAL) will be firstly analyzed. Then the problem of defining and mapping exposure to different types of risk will be then addresses as well as the evaluation of vulnerability of single structures and interconnected systems. Single-risk and multi–risk methods of assessment of exposure and vulnerability will be analized. Finally, the most common methodologies and international platforms used for risk assessment will be studied with some practical applications. From the point of view of risk management, the different risk reduction strategies will be addressed: structural, non-structural, the concept of residual risk, real-time (EWS, recovery) and deferred time (planning) management.
AIMS AND LEARNING OUTCOMES
The course aims to provide students with the theoretical knowledge and the methodological basis for the mapping and integrated assessment of natural risks to support all phases of the risk management cycle.
The student must be able to understand how to perform a single and multi-risk assessment with a probabilistic approach. It should also be able to understand the methodology of risk assessment at different spatial scales (local-national-regional). For this reason, practical exercises will be carried out with the aid of technological platforms for the integrated assessment of risk scenarios, which will put the student in contact with the problems that can be encountered in real situations.
A special part of the course will be dedicated to the analysis of the contribution of earth observation technologies for mapping and risk assessment, with specific focus on flooding and practical exercises.
A further part will be dedicated to risk management in emergency situations, with an outline of early warning systems and the creation of event scenarios.
At the end of the course the students will be able to face the problem of the assessment and management of natural risks at various spatial scales, to support the different phases of the emergency management.
Teaching methods
- lessons
- practical exercises
- seminars of experts in specific topics
SYLLABUS/CONTENT
The topics covered by the course are:
Integrated assessment of natural risks: basic concepts, the definition of risk and damage, the cycle of risk management, probabilistic risk assessment, multi-risk assessment, risk mapping, the assessment of exposure and vulnerability, the methodologies for evaluating standard parameters in risk assessment procedures (eg Probable Maximum Loss, Average Annual Loss.)
Risk assessment tools: technological platforms for the production of multi-risk scenarios. The support of Earth Observation technologies.
Real-time and deferred risk management: real-time and deferred-time concepts, risk reduction through planning, early warning systems, construction of event scenarios starting from forecasts or pre-selected magnitude events.
TEACHERS AND EXAM BOARD
Ricevimento: By appointment
Exam Board
OMBRETTA PALADINO (President)
SILVIA DE ANGELI
GIORGIO BONI (President Substitute)
LESSONS
Teaching methods
- lessons
- practical exercises
- seminars of experts in specific topics
LESSONS START
According the official calendar of the Academic Year in progress. Any changes will be communicated promptly
EXAMS
Exam description
Oral
Assessment methods
- presentation of a report on practical exercises carried out during the course
- oral questions