XClose

EPICentre

Home
Menu

Probabilistic Risk Assessment For Disaster Risk Reduction - CAPRA Platform

07 April 2022, 1:00 pm–3:00 pm

111

This short introductory course will outline the probabilistic risk assessment methodology applied to structures exposed to seismic hazards and the retrofitting strategies used for disaster risk reduction.

This event is free.

Event Information

Open to

All

Availability

Yes

Cost

Free

Organiser

Prof Dina D'Ayala

In this short introductory course organized by the UNESCO Chair in Disaster Risk Reduction and Resilience Engineering (DRR&RE) at University College London (UCL), we will present the outline of the probabilistic risk assessment methodology applied to structures exposed to seismic hazards and the retrofitting strategies used for disaster risk reduction. This course will first introduce the probabilistic representation of the three main components of risk assessment: hazard, exposure, and vulnerability and explain how they contribute to the seismic risk of an area. We will then illustrate the concepts and process of assessing risk related to seismic hazard through the CAPRA platform, an open access facility, developed to strengthen institutional capacity for assessing, understanding, and communicating disaster risk. During the 2 hours course, we will introduce the most relevant risk metrics and show their application to case studies focusing on school infrastructure. This short course is suitable for students and professionals who wish to gain an overview of probabilistic risk assessment of physical infrastructure and how this can be incorporated in management and planning activities.

Attendee’s profile

The workshop is best suited to attendees with the following profile: 

  • Students, researchers and academics interested in learning about probabilistic risk assessment.
  • Disaster risk management professionals involved in issues related to territorial planning, evaluation, risk reduction, and emergency response.
  • Computer familiarity with web-based interactive platforms.
  • No prior experience on probabilistic risk assessment is needed.

Learning outcomes

The main learning outcomes of this capacity building are the following:

  • Familiarization with the conceptual framework of probabilistic risk assessment for the built environment.
  • Appreciation of the minimum data requirement and quality for probabilistic risk assessment
  • Understanding of the applicability of the CAPRA platform to risk assessment problems .
  • Awareness of risk metrics and their application to disaster risk reduction

Schedule

Start Time

End Time

Topic

Speaker

7:00 (COL)

13:00 (UK)

17:45 (NEP)

20:00 (PHI)

7:10 (COL)

13:10 (UK)

17:55 (NEP)

20:10 (PHI)

Introduction to UNESCO Chair activities

Dina D’Ayala

7:10 (COL)

13:10 (UK)

17:55 (NEP)

20:10 (PHI)

7:30 (COL)

13:30 (UK)

18:15 (NEP)

20:30 (PHI)

General introduction CAPRA Platform for Probabilistic Risk assessment

Juan Francisco Correal

7:30 (COL)

13:30 (UK)

18:15 (NEP)

20:30 (PHI)

8:30 (COL)

14:30 (UK)

19:15 (NEP)

21:30 (PHI)

Probabilistic Risk Assessment For Disaster Risk Reduction in School Infrastructure

Rafael Fernández

8:30 (COL)

14:30 (UK)

19:15 (NEP)

21:30 (PHI)

9:00 (COL)

15:00 (UK)

19:45 (NEP)

22:00 (PHI)

Panel discussion moderated by Dr. D. Lo

Dr. B. M. Pacheco, 

Dr. E. C. Paringit,

Prof. J. C. Atoche,  

Dr. R. Guragain,

Dr. N. P. Marasini &

Dr P. Malisan

A damaged school in Sindhupalchowk, Nepal in the aftermath of the 2015 Gorkha earthquake (Credit: Carina Fonseca Ferreira, The World Bank)
 

Book now

 

About the Speakers

Dina D’Ayala

Professor of Structural Engineering at University College London

111
Dina D’Ayala is the UNESCO Chair in Disaster Risk Reduction and Resilience Engineering at University College London and a Professor of Structural Engineering within the Department of Civil, Environmental and Geomatic Engineering. She is the head of Civil Engineering and Co-Director of the Earthquake and People Interaction Centre, EPICentre. She is a director of the International Association of Earthquake Engineering (IAEE) and a Fellow of the Institution of Civil Engineers (ICE). Her specialism is Structural Resilience Engineering with particular emphasis on the assessment, strengthening, preservation and resilience of existing buildings, structures, transport infrastructure and cultural heritage. She is the chief scientist of the Global Program for Safer Schools (GPSS) of World Bank. 

Juan Francisco Correal

Full Professor at the Department of Civil and Environmental Engineering at Universidad de Los Andes

111
Civil Engineer with over 24 years of experience. He obtained his undergraduate and master's degrees at Universidad de Los Andes, and his Ph.D. from the University of Nevada, Reno, United States. Professor Correal was the director of the Integrated Civil Engineering and Environmental Laboratory from 2006 to 2013 and Chairman of the Department of Civil and Environmental Engineering at the Universidad de Los Andes from 2013 to 2017. Through the Research Center on Materials and Civil Infrastructure (CIMOC) of Universidad de Los Andes, he has been working as a director and principal investigator of different projects in the public and private sector on issues related to seismic design and performance of structures. Professor Correal was the past president of the Colombian Association for Earthquake Engineering (AIS). Currently, he is the president of the Structural Engineers Association of Colombia (ACIES) and is a member of the National Advisory Commission on the Colombian Building Code, technical authority for seismic design of building in Colombia.

Rafael Fernández

PhD Candidate at Universidad de Los Andes

111
Rafael Fernández is a PhD candidate at Universidad de Los Andes. He has worked in several disaster risk management projects for different types of hazards in countries such as Peru, Ecuador, Colombia, Panama, El Salvador, Jamaica, Dominican Republic, Bolivia, and Barbados. Rafael was also part of the team that developed the Global Library for School Infrastructure (GLOSI) for the World Bank. He is a civil engineer and holds a master’s degree on seismic and structural engineering from Universidad de Los Andes.