Description: In the past, discussion of actuarial education has focused on curriculum content [what is to be learned] and mode of delivery [university course versus part-time correspondence course]. Little attention has been paid to how students learn, and how that learning can be facilitated to develop actuaries with the knowledge, skills and values the profession needs. This paper deals with the university-related content of a more comprehensive paper prepared by the authors for the 1993 Convention of The Institute of Actuaries of Australia. It concentrates on students' learning in the undergraduate actuarial program at Macquarie University in Sydney, Australia, but it is likely that many of its findings and conclusions would apply equally to university actuarial courses elsewhere. From Actuarial Research Clearing House 1994, Vol. 1.

Description: This is the abstract for the paper entitled 'Pricing Long Term Insurance Contracts.' This paper considers several models describing the changes in the needs of the insured for care over time. From Actuarial Research Clearing House 1994, VOL. 1.

Description: The purpose of this paper is to suggest that additional measures - which would supplement, rather than replace the percentage of payroll data currently used - should be examined to evaluate the projected effect of the cash benefits of the OASDI program. From the Actuarial Research Clearing House, 1994, Vol. 1.

Description: Ceding companies must react appropriately to changes in the substandard reinsurance market to avoid losses. By using the substandard/insurance pricing algorithms presented in this paper, ceding companies may develop an effective placement method and thereby avoid potential future losses. From the Actuarial Research Clearing House 1994 Vol. 2 .

Description: This is the abstract of the paper Hedging of Insurance Contracts. ls the tinting of liabilities e.g. the IBNR case irrelevant to investment decisions in an insurance company? Even in the extreme case of independence between claim developments and movements in the financial markets, the assumption of constant insurers' absolute measure of risk aversion is necessary for a positive answer to the initial question.

Description: In Volume LXXV of the Proceedings there appeared a paper entitled Risk Loads for Insurers by Feldblum. Confidence intervals for the betas in TABLE 4 [Profit Margins and Their Standard Deviations by Line of Business] of this paper can be generated using the assumption of underlying normal distributions. However, bootstrapping operational or not for interval estimates does not require the normality assumption. The method of operational bootstrapping does not use random numbers. The method for the 4-dimensional case, used to generate the interval estimates in the current paper, is a natural generalization of the bivariate case. I use operational bootstrapping to generate interval estimates for Betas shown in the TABLE 5.

Description: This article comments on the editorial policies of the Actuarial Research Clearing House publication. ARCH 1996 Vol 1

Description: The purpose of this paper is to discuss some of the undergraduate research in actuarial science at Ball State University. Abstracts of 23 honors theses, with brief comments about the students' careers, are given. Common characteristics of the theses are described. Helpful techniques for advising thesis writing students are provided. From Actuarial Research Clearing House 1996, Vol. 1.

Description: In the past few years, SoA members and leaders have raised questions about future needs for actuarial skills, globalization of markets, and the appropriate focus of the present education system in preparing actuaries for their professional futures. As a consequence of these questions, the SoA Board of Governors set aside a major portion of its January 1994 meeting to discuss the education of actuaries, with primary consideration being given to a longer horizon than the immediate future. Chris Daykin, representing the Institute of Actuaries, reported that the Institute was incorporating fundamental changes to its basic Education and Examination [E&E] system. These changes were aimed at focusing more on fundamental principles and away from details of practice.

Description: In the present paper, we propose and investigate a numerical method of computing the probability distribution of S. Inversion of the Laplace transform moment generating function is shown to be a better approach than the existing recursive method for find the distribution of sum of several independent random variables. In the continuous case, in many situations, numerical inversion needs to be used to compute the probability distribution function of the sum.