The participants will be introduced to various types of natural hazards and their effects on the society, basic elements of probability and statistics to identify and describe uncertainties, methods and software to perform reliability analyses, approaches to quantify the effects of uncertainties on the response of engineering systems, understand terminology of risk assessment, methods to perform qualitative and quantitative risk analyses, strategies for managing risks, and methodologies for risk-based decision making. The course will also include practical work assignments, which will guide the students on the main steps involved in conducting risk assessment of engineering systems and risk-informed decision making.
Introduction to risk assessment of engineering systems
Approaches to identify and statistically describe uncertainties.
Introduction to probabilistic analyses with state-of-the-art numerical tools.
Implementation of qualitative and quantitative risk analyses.
Development and discussion of measures to reduce risks.
5 day course
Every student gets recorded education and printed materials
Introduction to risk assessment and geological hazards. Basics of probability and statistics.
Introduction to probabilistic analysis of engineering systems. FOSM and FORM reliability methods.
Monte Carlo method. Introduction to risk assessment.
Qualitative and quantitative risk analysis.
Risk-based decision making.
DEADLINE FOR APPLICATION
PAYMENT DUE BY
CONFIRMATION OF THE COURSE
Price of the course: 270 € (tax included)