Description: The paper argues that Risks Evaluation at its core is a psychological process that can lead to the special type of chaos described in modern Chaos Theory. It will argue that quantification and scientific modeling does not exempt risk assessment from the potential for deep biases. Presented at 2010 Enterprise Risk Management Symposium, Society of Actuaries, April 12-15, 2010.

Description: The aim of this work is the definition of a holistic approach to assess the maturity level of ERM within an organization, following the principles defined by The Committee of Sponsoring Organizations of the Treadway Commission 2004b in the “Enterprise Risk Management—Integrated Framework.”

Description: Statistics were invented to describe heterogeneity and are now applied to tackle alea. It may not be appropriate. Let's clarify their field of relevance.

Description: Tells about the top 10 risks that are ranked by insurers to be the most dangerous.

Description: Is Risk/Return a sound tool for decision-making? No. It is not consistent, not objective, distorts decision and degrades governance. Why? What shall we do then?

Description: A collection of essays that discuss the principles and ideas underpinning the ORSA initiative and the risk metrics used for decision making.

Description: Introduction and table of contents of essay collection.

Description: Part 2 of a 2 part series. Tells about 5 concepts that can be thought to frame ERM. This article is about Alignment, Adaptability and Resilience.

Description: The author recommends the use of "minimally destructive scenarios" as part of an ORSA process, in order to deal with cognitive bias that can occur in risk decision-making. Part of the essay collection "Risk Metrics for Decision Making and ORSA"

Description: In the June 2014 issue of Product Matters, Doug Robbins of Pacific Life authored a fascinating article entitled “Velocity of Diversification.” Therein, he proposed a pricing measure that describes the “…speed at which confidence in profitability is attained”. How can stochastic modeling of mortality be applied to analyze the velocity of diversification, and how would that measure be affected by volatility in the underlying assumptions?