Petar Jevtic develops and uses tools from actuarial science and mathematical finance to effectively assess and manage risks in insurance and finance.
Throughout the course of a lifetime, we make an overwhelming number of financial decisions regarding loans, investments, health, savings, and pensions. In doing so, we interact with a variety of institutions, such as banks, pension funds, investment funds and insurance companies. Each of these decisions carries certain risks for both parties involved. For example, in retirement, we risk outliving our financial resources, and when health is concerned, we risk not allocating enough provision for various contingencies. The institutions, on the other hand, make contractual commitments to us when we purchase their products, but, for instance, pension providers do not know with certainty how long we will live, and health providers do not know with certainty which treatments, if any, we will require in the future. Actuarial Science and Mathematical Finance are two disciplines that arose precisely from the need to understand risks such as these. Firmly grounded in statistics and probability theory, they provide state-of-the-art tools used in risk management, both at the individual and institutional level.
Jevtic's research involves, in particular, modeling human mortality in a dynamic context, at the cohort level, the population level, and the multi-population level. Based on those advanced stochastic models, Jevtic develops new tools for mitigation of systemic mortality risk, both by natural hedging and by creating and pricing derivative products to transfer mortality risk to capital markets. He works on the topics of health and property and casualty insurance, using predictive analytics tools and spatial modeling. Petar Jevtic
Arizona State University
- Assistant Professor, School of Mathematical and Statistical Sciences, College of Liberal Arts and Sciences
Petar Jevtic develops and uses tools from actuarial science and mathematical finance to effectively assess and manage risks in insurance and finance.
Throughout the course of a lifetime, we make an overwhelming number of financial decisions regarding loans, investments, health, savings, and pensions. In doing so, we interact with a variety of institutions, such as banks, pension funds, investment funds and insurance companies. Each of these decisions carries certain risks for both parties involved. For example, in retirement, we risk outliving our financial resources, and when health is concerned, we risk not allocating enough provision for various contingencies. The institutions, on the other hand, make contractual commitments to us when we purchase their products, but, for instance, pension providers do not know with certainty how long we will live, and health providers do not know with certainty which treatments, if any, we will require in the future. Actuarial Science and Mathematical Finance are two disciplines that arose precisely from the need to understand risks such as these. Firmly grounded in statistics and probability theory, they provide state-of-the-art tools used in risk management, both at the individual and institutional level.
Jevtic's research involves, in particular, modeling human mortality in a dynamic context, at the cohort level, the population level, and the multi-population level. Based on those advanced stochastic models, Jevtic develops new tools for mitigation of systemic mortality risk, both by natural hedging and by creating and pricing derivative products to transfer mortality risk to capital markets. He works on the topics of health and property and casualty insurance, using predictive analytics tools and spatial modeling.