Non-Life Pricing Using Statistical Techniques with R Applications
Announcement from the EAA organiser:
The web session is developed for non-life actuaries or statisticians but also for managers working in product development or risk management departments. There is no strong prerequisite but participants should ideally have basic knowledge of non-life pricing and R to participate in this web session.
Attendees are encouraged to use a laptop computer with R installed as well as some useful packages (all the information will be provided after subscription). A basic knowledge of the R software is useful.
Non-Life insurance is facing many challenges ranging from fierce competition on the market or evolution in the distribution channel used by the consumers to evolution of the regulatory environment. Pricing is the central link between solvency, profitability and market shares (volume). Improving pricing practice encompasses several dimensions:
- Technical: Is our pricing adequate to cover the underlying cost of risk of my policyholders and the other costs we are facing? Which are the key variables driving the risk? Are they adequately taken into account in our pricing? What’s the impact of the claims history of my policyholder on its expected risk? In which segment are we profitable and in which are we not profitable?
- Competition: At what price will we attract the segments that we target and price out those that we do not want? Is the positioning of our competitors influencing our pricing practice and our profitability? What’s my position with respect to my competitors in term of pricing? What are the segments in which I am well positioned and the segments where I am not well positioned?
- Elasticity: What price (evolution) are our existing customers prepared to accept? Does the sensitivity to price evolution depend on the profile of my customer?
- Segmentation: Is our segmentation granular enough for our purposes?
The aim of this web session is to present some advanced actuarial/statistical techniques used in non-life pricing or underwriting. The web session focuses on selected practical problems faced by pricing actuaries and product managers.
The web session will alternate between methodological concepts, practical examples shown by trainers and case studies performed by participants in order to ensure a comprehensive understanding of the techniques presented. The case studies will be performed by the participants with the R software.
Click here to further information about the 4-day conference
Registration: Now open. Please also note an important aspect: early bird registration fee is € 650.00 plus 19% VAT for bookings by 29 August 2022. After this date, the fee will be € 845.00 plus 19% VAT.
Julie Zians
Julie holds a BSc. Mathematics from the University of Liège (ULg) and a MSc. Actuarial Sciences from the University of Louvain (UCL). She is a qualified actuary of the Institute of Actuaries in Belgium (IA|BE). Julie is a certified Programmer in SAS from the SAS institute and further programs regularly in R or Visual Basic. After a six months internship at Reacfin in 2011, she joined the firm in 2012. She is a member of the Non-Life Center of Excellence and has performed several projects in Non-Life Insurance (pricing and capital modelling) but also in Health Insurance.
Michaël Lecuivre
Michaël holds a Bachelor and Master in Physics from the Catholic University of Louvain (UCL) and a Master in Actuarial Sciences, also from the UCL. He is a qualified actuary of the Institute of Actuaries in Belgium (IA|BE) and also the winner of the IA|BE best master thesis in 2016.
During his time as a consultant Michaël has worked on multiple Non-life missions such as Non-life technical pricing, profitability analysis, competition analysis, BSCR computations and aggregations under Solvency II, reporting optimization and finally risk management. All this allowed him to gain a good expertise in SAS, R and Python as well as a good knowledge of statistical models (GLM, GAM,GLMM …) and machine learning algorithms (regression trees, random forest, GBM …). Michaël is also a trainer at the “Data Science Certificate” organized by IA|BE in Belgium.
Samuel Mahy
Samuel holds a Master of Engineering in Applied Mathematics from the University of Louvain (Magna Cum Laude), his thesis was dedicated to the application of neural networks models to classification problems. Samuel also holds a Certificate in Economy and a Master in Actuarial Sciences (Magna Cum Laude). He is a qualified actuary of the Institute of Actuaries in Belgium (IA|BE). Samuel did several lectures about Reinsurance, Non-Life pricing (R & Python) and Multi-state models at European Actuarial Academy, at the Instituto de formação Actuarial (Lisbon) and at IFE (Brussel and Luxembourg). Samuel Mahy is director at Reacfin and head of the Non-Life Center of Excellence. As a Director, he is involved in various missions as in the modelling, implementation and validation of pillar I deliverables (standard approach and Partial Internal models), reinsurance optimization, non-life pricing model, model documentation, non-life and health DFA model development. Samuel is also a trainer at the “Data Science Certificate” organized by IA|BE in Belgium.
Xavier Maréchal
Xavier is founder and CEO of Reacfin. Xavier is one of the co-authors of “Actuarial Modeling of Claim Counts: Risk Classification, Credibility and Bonus-Malus Systems” (Wiley, 2007). Xavier has obtained different academic degrees as Master in Engineering (Applied Mathematics), MSc. Actuarial Sciences and MSc. Management. Xavier is a qualified actuary of the Institute of Actuaries in Belgium (IA|BE). Xavier has extensive experience in the actuarial field obtained during his 18 years as a principal consultant for many national and multinational insurance companies. He has gained a complementary experience in various fields going from Non-Life ratemaking and provisioning to health modeling and ALM. After several years of intensive modeling activities in health, non-life and ALM, Xavier works now as reviewer and mentor for consultants. He performed several validation assignments and holds the actuarial function for a health insurance company.