Credential Requirements

The requirements for earning the Certified Specialist in Catastrophe Risk (CSCR) credential include completing one on line course, passing four exams, and completing an online ethics module.

The standard assessments required for earning the CSCR are as follows:

Exam 1: Property Insurance Fundamentals: Learning Objectives Available Now

This on line course provides the risk management and insurance background an analyst needs in order to appreciate the context and content of catastrophe modeling: coverages, policy design and parameters, etc.

Exams 1 and 2 together include all the policy information an analyst would encounter as they use catastrophe models so they can understand the meaning of model inputs, can specify a reasonable range of input values, quantify the likely distribution of values etc.

Cover topics from a broad risk management perspective, relevant to risk managers, agents and brokers, as well as underwriters, catastrophe modelers, actuaries and other specialists in the field.

  • Major lines of (re)insurance with an emphasis on catastrophe exposed lines
  • Basics of (re)insurance accounting terminology
  • (Re)Insurance policy and terms and conditions and qualitative understanding of their impact on catastrophe losses

Exam 2: Catastrophe Risk Insurance Fundamentals: Draft Learning Objectives Available Now

  • History of catastrophe models, why use models
  • Use of catastrophe models within (re)insurance industry and risk management more broadly
  • Historical context of catastrophe losses
  • (Re)Insurance industry organization
  • Standards of practice

Exam 3: Introduction to Catastrophe Modeling: Learning Objectives Coming Early 2019

This exam covers aspects of catastrophe modeling that are peril specific. The emphasis is on the mechanism of catastrophe modeling rather than setting up or using the models (i.e. model output is broadly peril-independent and is covered in Exam 4).

The exam will describe the considerations involved in building the hazard and vulnerability modules for the two primary perils: wind (hurricane/tropical cyclone/typhoon) and earthquake. These two perils will be covered moderately deeply.

It will describe, at a much higher level, special considerations for secondary perils, emphasizing the common structure of catastrophe models but highlighting particular peril nuances (at the “be aware of” level).

  • Design of catastrophe models: high level overview (common to all perils)
    • Hazard
    • Vulnerability
    • Financial
    • The concept of simulation and Monte Carlo methods
  • Statistics used to parameterize models (common to all perils)
    • Regression models
    • Geospatial regression models (special error structures)
    • Sampling errors
    • Process and parameter risk
  • Hurricane hazard
    • Parameters used to describe a hurricane
      • Path
      • Maximum windspeed, including discussion measurement (gust, peak, sustained)
      • Radius of maximum windspeed
      • Central pressure
      • Saffir Simposon
  • Hurricane vulnerability
  • Earthquake hazard
    • Parameters used to describe an earthquake
      • MMI, Richter scale, PGA
      • Location and type of major faults throughout world; faultline vs. zonal
  • Earthquake vulnerability
  • Survey unique issues for other perils
    • Winter storm
    • Flood (pluvial and fluvial)
    • Severe convective storm
    • Wildfire

Exam 4: Introduction to Catastrophe Risk Management – Statistics and Data Management: Learning Objectives Coming 3rd Quarter 2019

This exam covers catastrophe risk management broadly, with an emphasis on the use of models. It will focus on the process that is largely peril independent. There are three subsections:

  • The mechanics of catastrophe modeling: preparing data for modeling and using the model output to make business decisions.
  • The probability and statistics needed to understand and interpret catastrophe model output.
  • The use of catastrophe model output to make risk management business decisions.
  • General data concepts
  • Managing the catastrophe modeling process and the catastrophe modeling workflow
  • Understanding catastrophe model output
  • Working with, using and communicating catastrophe model output

Part 5: Ethics and Professionalism Course