Subject level: Postgraduate
Result Type: Grade and marksThis subject develops an understanding of the application of statistical and quantitative methods to the general insurance underwriting process. It identifies both the techniques and issues to be addressed in the management of a general insurance portfolio and the regulatory regime within which such portfolios operate.
On completion of this subject, students should be able to:
This 6-credit-point postgraduate subject develops the understanding of the application of statistical and quantitative methods to the range and pricing of general insurance products. The subject brings to students an understanding of the application of underwriting techniques principles from an insurer perspective, the impact of regulatory and financial reporting processes and practices and current trends and issues.
The subject will be taught in a combined Lecture/Tutorial format with extensive use being made of Case Studies in the issue identification and management processes.
Class Test (Individual) | 25% |
The class test is designed to assess students' understanding of the theories and concepts to demonstrate that students have met objective 1. | |
Case Study (Individual) | 25% |
This will assess students' understanding of the theory and concepts of general insurance in a practical case study. This assignment will allow students to demonstrate that they have met objective 2 and 3. | |
Final Examination (Individual) | 50% |
This exam will test students' understanding of the theory and their ability to apply the theory. This will enable students to demonstrate that they have met objectives 1 to 4. |
Hossack, L.B., Pollard,J.H.,Zehnwirth,B. (1983), Introductory Statistics with Applications in General Insurance, CUP, Cambridge.
Panjer,H.H., Wilmot,P. (1992) Insurance Risk Models, Society of Actuaries, Schaumburg Ill
Institute of Actuaries of Australia (1995) Actuarial Practice of General Insurance, Institute of Actuaries, Sydney
Lamble, P.J, (1992) Accounting for the General Insurance Industry , AARF, Caulfield.
Straub,E., (1988) Non-Life Insurance Mathematics, Springer-Verlag, New York
Hogg, R. V. et al (1984) Loss Distributions, Klugman
Goovaerts, M.J. et al, (1990) Effective Actuarial Methods, North Holland, Amsterdam
Grandell, J (1991) Aspects of Risk theory, Springer-Verlag, New York.