Research and Analysis by Paul O'Leary

Employment among Social Security Disability Program Beneficiaries, 1996–2007
from Social Security Bulletin, Vol. 71 No. 3 (released August 2011)
by Arif Mamun, Paul O'Leary, David C. Wittenburg, and Jesse Gregory

Using linked administrative data from program and earnings records, we summarize the 2007 employment rates of working-age (18–64) Social Security disability program beneficiaries at the national and state levels, as well as changes in employment since 1996. Substantial variation exists within the population. Disability Insurance beneficiaries and those younger than age 40 were much more likely to work relative to other Social Security beneficiaries. There are also strong regional differences in the employment rates among disability beneficiaries of working age, and these differences are persistent over time.

Employment of Individuals in the Social Security Disability Programs
from Social Security Bulletin, Vol. 71 No. 3 (released August 2011)
by Paul O'Leary, Gina A. Livermore, and David C. Stapleton

This article introduces and highlights the key findings of the other articles presented in this special issue, which focuses on the employment of beneficiaries in the Social Security Disability Insurance and Supplemental Security Income programs.

Modeling SSI Financial Eligibility and Simulating the Effect of Policy Options
from Social Security Bulletin, Vol. 64 No. 2 (released September 2002)
by Paul S. Davies, Minh Huynh, Chad Newcomb, Paul O'Leary, Kalman Rupp, and James Sears

This article presents the Supplemental Security Income (SSI) Financial Eligibility Model developed in the Division of Policy Evaluation of the Office of Research, Evaluation, and Statistics. Focusing on the elderly, the article simulates five potential changes to the SSI eligibility criteria and presents the effects of those simulations on SSI participation, federal benefits, and poverty among the elderly. Finally, the article discusses future directions for research and potential improvements to the model.