Description: This paper presents a model that projects withdrawal and investment returns for a hypothetical retirement account. From Retirement Needs Framework, M-RS00-1.

Description: An article presenting updated results as of 12/2021 by using analgorithm that formed part of a paper presented at the AFIR-ERMColloquium which took place in Panama, in 2017. This article starts by proving that the conditions that have to be met in order for the formula to apply that were present in 12/2015 still hold.

Description: This program allows the user to explore in great detail a technical problem that has occupied a number of investors, financial writers and especially retirees, during the last few years, as the baby boomers start to approach retirement. Namely, what is the probability that one will run out of money before running out of life, if his or her current standard of living is maintained? This is a zip file which includes the Retirement Probability Analyzer software, an instruction manual and a PowerPoint presentation explaining the program.

Description: Discussion of Living to 100 Session 5A. The papers presented propose a new method to price the longevity risk premia in order to tackle the pricing obstacle and reviewed the insurance industry implications on retirement planning and the secondary market in insurance.

Description: In this paper we compute the conditional and unconditional probability of ruin for an individual who wishes to consume a fixed periodic amount from an initial endowment invested in a portfolio earning a stochastic rate of return. From Retirement Needs Framework, M-RS00-1.

Description: This paper suggests that individual decisions to retire are based on personal resource allocations, institutional influences, and social standards. The paper then attempts to create a decision-making framework in which to accommodate this range of influences. From Retirement Needs Framework, M-RS00-1.

Description: Many retirement actuaries have experience developing, implementing, and monitoring Liability Driven Investing (LDI) strategies for plan sponsors. These strategies typically involve modifying a plan’s investment strategy to remove a significant portion of the investment and interest rate risk now or at some point in the future when specific triggers are met. The tactics often involve the use of fixed income assets to cash flow and/or duration match the liabilities. In the spirit of helping actuaries expand their roles in an evolving defined contribution world, this article explores the application of LDI and derisking strategies within defined contribution and individual retirement accounts. The economic theory behind this approach is called the lifecycle hypothesis, or lifecycle finance. The benefits of the lifecycle finance method are that it provides a safe approach to save for retirement and a secure source of floor income during retirement. Similar to pension plans, each individual has his or her own idiosyncratic needs, wants, and risks that should be considered. Actuaries are uniquely situated to help defined contribution plan sponsors, individuals, and even themselves implement the lifecycle finance approach by developing and distributing tools and methods that focus on income (rather than wealth), LDI strategies, and personalization.

Description: Experts' discussion of symposium papers. From Retirement Needs Framework, M-RS00-1.

Description: Symposium overview. From Retirement Needs Framework, M-RS00-1.

Description: 1958 Report follows the pattern of an earlier 1953 report of the Special Committee on Experience under Self-Administered Retirement Plans TSA 1953 Reports, 52. This report reflects experience with pensioner mortality only, updating the experience from the 1953 report, and adding the experience of five other groups.