2nd level Specializing Master's Programme in
Climate Change: Adaptation and mitigation solutions (2021 - 2022)
COPING WITH EXTREME EVENTS
 
May 16th – May 20th
Lecturer in charge of the module: 
Assoc. Prof. Alberto Viglione (DIATI, Politecnico di Torino) - AV alberto.viglione@polito.it
Lecturer(s) contributing to the module
Prof. Jost von Hardenberg (DIATI, Politecnico di Torino) – JH jost.hardenberg@polito.it
Dr. Roberto Mezzalama (Golder) – RM roberto.mezzalama@gmail.com
Dr. Cecilia Bittoni (Risk Management Solutions) – CB ceciliabittoni@hotmail.com
Laurent Marescot (Risk Management Solutions) – LM Laurent.Marescot@rms.com
Maurizio Savina (SCOR reinsurance) – MS MSAVINA@scor.com 
Application are due by: May,12nd
 
Module Learning Objectives and Skill Acquisition
This module consists in three parts. The first allows the students to familiarize with the definition and quantification of extremes as well as the associated risks. Examples on how people have coped and do cope with hydrometeorological extreme events such floods, droughts, cyclones, heat waves, etc. are illustrated. The second part is dedicated to the effects of climate change on hydrometeorological extremes and on possible adaptation strategies. Climate modelling of extremes is discussed together with ways to deal with the presence of unavoidable uncertainties in climate impact projections. The third part describes the catastrophe modelling (CAT) done by the re-insurance industry and the students will apply a simplified CAT model.
Detailed Teaching Agenda
Part I: Extremes and Risk
Lecture topic Lecturer Hours 
Introduction and examples of hydrometeorological extremes AV2
Quantifying extremeness and definition of hazard AV  2 
Exercise: flood frequency analysis of the Danube at Melk AV  2 
Coping with extreme hydrometerological events: options and examples  AV  2 
Exercise: Danube flood risk reduction at Melk and cost-benefit analysis AV 2
Part II: Coping with extremes in a changing world
Lecture topic LecturerHours 
Changes in flood risk, Surprises and Feedbacks hydrology-society  AV 2 
Climate modelling of extremes and future projections JH 2 
Coping with uncertainty in climate impact projections JH 2 
Numerical exercise: analysis of extremes in climate model data JH 2 
Environmental Social and Climate Change Risk for infrastructuresRM2
Part III: Catastrophe modelling in the re-insurance industry
Lecture topic
 
Lecturer Hours  
Catastrophe modelling and re-insurance industryCB 2 
Coping with extreme events in the insurance sector MS 2 
Use of CAT models for financial risk assessment and analysis LM 4 
Catastrophe loss modelling: showcase and application exerciseLM 2
Involved stakeholders
Risk Management Solutions (RMS, www.rms.com), SCOR (www.scor.com).
Assessment and grading
The students, subdivided in groups, are asked to reason on topics related to the course proposed by the teacher with no preparation time. First, each group has 5 min discussion time to elaborate the topic, where only the group members are allowed to participate. Second, (max) 5 min discussion time is allowed where all other students can participate. The grading is based on the the demonstrated knowledge and the clarity of exposition in the topic discussions.
 
ECTS: 3
Hours of lecture: 30
TIMETABLE
MODALITY: in presence
CLASS: Lingotto, via Nizza 230, Aula 301
 DateTimeHours
   
   
   
   
   
  
 Total hours:30 
Deadline for the single course enrolment: