Resource Library

COVID-19 has caused hiring freezes and business and institutional closures, which affected disconnected youth’s ability to continue working with service providers to meet employment and education goals and basic needs. In response, and in order to continue supporting youth, providers have adapted their services. To assess these adaptations, Mathematica and its subcontractor, Social Policy Research Associates, conducted a supplemental study as part of the National Evaluation of the Performance Partnership Pilots for Disconnected Youth (P3).

The report presents findings from the Unemployment Insurance (UI) Deficit Financing Study. While the study is retrospective in nature, the report is designed to inform states’ decision making about UI-related borrowing activities in the future, discusses the rationale for the study, the research questions addressed and methods used, and a roadmap for the report.

The brief provides a step-by-step guide to performing example simulations using the Worker Paid Leave Usage Simulation (Worker PLUS) model. With this guide, users should be able to replicate the provided example of model running using either the Python or the R simulation engine, and to check how the simulation results compare against actual program data for existing state programs in California, New Jersey, and Rhode Island.

In 2017, the Chief Evaluation Office (CEO) funded contractors IMPAQ International and the Institute for Women’s Policy Research (IWPR) to conduct the Microsimulation Model on Worker Leave. The goal of the study was to produce an updated, open-source, publicly available simulation tool based on the Albelda Clayton-Matthews/IWPR Paid Family and Medical Leave Simulation Model (ACM model).

This is a companion document to the Worker Paid Leave Usage Simulation model, or Worker PLUS model, and is part of two supplementary resources on administrative costs. The second supplementary resource is an Excel template, titled “Administrative Cost Excel Template,” which presents a starting template of standard administrative cost categories observed in paid family and medical leave (PFML) programs as a platform to plan, estimate, and test the administrative costs of running a new program. The Excel template is available to users when they download the model.

This is a companion template to the Worker Paid Leave Usage Simulation model, or Worker PLUS model, and is part of two supplementary resources on administrative costs. It is a starting template of standard administrative cost categories observed in paid family and medical leave (PFML) programs as a platform to plan, estimate, and test the administrative costs of running a new program. The Excel template is available to users when they download the model.

To help researchers, policy analysts, and interested members of the public gain better understanding of the Worker Paid Leave Usage Simulation (Worker PLUS) Model and its applications in policy analysis, researchers present an issue brief series to supplement the model documentation files.

In the issue brief, researchers report findings from testing and validating the Worker Paid Leave Usage Simulation (Worker PLUS) using data from the 2018 U.S. Department of Labor Family and Medical Leave Act Employee Survey; the 2014–2018 American Community Survey Public Use Microdata Sample; and benefit outlay data published by state paid leave programs in California, New Jersey, and Rhode Island. The brief also discusses the implication of the model testing results on choice of simulation methods, assessment of program take-up rates, and estimation of program benefit outlays.

The issue brief provides a benchmarking study of the Worker Paid Leave Usage Simulation (Worker PLUS) Model’s Benefit Financing module. Researchers compare payroll tax revenue estimates from Worker PLUS to actual program administrative data for three state paid leave programs (California, New Jersey, and Rhode Island). The study shows that the Benefit Financing module produces conservative revenue estimates in these cases, by underestimating the payroll tax revenue by about 10% to 15%.

In the issue brief, researchers provide a benchmarking study of the Worker Paid Leave Usage Simulation (Worker PLUS) Model simulation results. The results from the Worker PLUS model are compared to those from an existing paid leave simulation model developed by Albelda and Clayton-Matthews (2017, the ACM model) and actual program administrative data. Simulation results compared include program benefit outlays and program participation for three state paid leave programs in California, New Jersey, and Rhode Island.