Description: Principle-based reserving requires modeling assets and liabilities across a range of scenarios to assess the sufficiency of assets when determining reserves, a major shift from the current formulaic framework. These changes will require valuation actuaries to evolve their skill set by heightening their focus on creative analysis, gaining deeper understanding of complex projections and clearly communicating drivers of reserve movements to stakeholders in order to influence strategic decision-making. The panelists will discuss the way that they see the role of the valuation actuary changing in response to the change in focus in reserving requirements. They will also discuss successful characteristics along with best practices for understanding and explaining results in the new paradigm. The audience will be given the opportunity to interact through polling and facilitated discussion of their stories, experiences and observations.

Description: This session will demonstrate how sufficiency in the R programming language also allows the R programmer to build a web application using R shiny. This session will focus how to present the results of predictive analytics (PA) in an easy-to-use and interactive way.

Description: The speaker will share his insights into the hedging challenges faced by FIA and VA business in the current market environment.

Description: The class involves a combination of presentations, class participation, in-class exercises and structured hands-on work with the MA BPT in small workgroups. Prior to this course, participants are expected to spend 3 to 10 hours preparing, depending on prior experience level.

Description: This 2008 supplement addresses the issues that have arisen in life insurance tax laws related to IRC 7702 and 7702A since the book was published in 2004. It also enhances and clarifies issues that were addressed in the text, adding detail and further discussion.

Description: This presentation considers the pricing of European derivatives in a Black-Scholes model with stochastic volatility. The presentation shows how Parseval’s theorem may be used to express those prices as Fourier integrals. This is a significant improvement over Monte Carlo simulation in many cases. The main ingredient in this presentation's method is the Laplace transform of the ordinary [constant volatility] price of a put or call in the Black-Scholes model, where the transform is taken with respect to maturity [T]. The presentation derives these formulas and then applies them to the case where volatility is modelled as a Markov chain in continuous time, the so-called 'Markov regime switching model'. This model has been used previously in stochastic volatility modelling, but mostly with only N=2 states. The presentation shows how to use N=3 states without difficulty, and how larger number of states can be handled. Numerical illustrations are given, including the volatility smile in a three-state model.

Description: The presenter will discuss North American actuarial careers. He will provide an overview on actuaries in the United States and Canada, including his personal experiences. He will also discuss supply and demand of actuaries in North America.

Description: The speakers will share the international experience in the annuity market, discuss the annuity puzzle and the influencing factors of annuity supply and demand, and express their views on the annuity market trend under the aging and longevity trend of China's population and longevity risk management of annuity products.

Description: Machine learning models have many practical applications in the world of insurance. These applications are well documented and most actuaries, at least at a high level, are familiar with these concepts. The presenters will take this one step further and provide an introduction to the theoretical formulas and real-world considerations that make machine learning models possible.

Description: The presenters will provide insights into fraud and abuse risk in the health insurance industry, including an examination of traditional and predictive modeling techniques for both prevention and detection. Emphasis will be placed on current and emerging risks. Canadian examples and perspectives will be offered, but the applications for attendees to use in practice are non-nation specific.