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Frey and colleagues outline 10 trends showing scale of America's demographic transitions

Starr says surveys intended to predict recidivism assign higher risk to poor

Prescott and colleagues find incidence of noncompetes in U.S. labor force varies by job, state, worker education

Highlights

PAA 2015 Annual Meeting: Preliminary program and list of UM participants

ISR addition wins LEED Gold Certification

PSC Fall 2014 Newsletter now available

Martha Bailey and Nicolas Duquette win Cole Prize for article on War on Poverty

Next Brown Bag

Mon, March 9
Luigi Pistaferri, Consumption Inequality and Family Labor Supply

psc brown bag iconGetting what you can, and no more, from administrative data: Matching and omitted variable sensitivity for quasiexperiments in K-12 education

Ben Hansen (PSC, U of M)

11/04/2013, at noon in room 6050 ISR-Thompson.

Archived video

The No Child Left Behind Act of 2002 increased the quantity of education data that states collect and store, and subsequent state and federal initiatives have improved the quality of state K-12 databases. The data systems that result remain imperfect and incomplete, to be sure, but they beg to be used -- for example, to assess educational programs and policies. Because the data are strictly regulated by FERPA, however, assessments produced from them generally settle for aggregated, unadjusted measures, or are time-consuming and expensive to produce.

The talk describes statistical methods and procedures developed for a Gates-funded initiative, the Evaluation Engine, that aims to remedy this situation by making available to state education agencies and school districts fast, automated comparisons of program participants to comparison subjects matched to them within state databases. Novelties of the method include the manner of its use of propensity scores; specially constructed matching variables describing students' educational contexts; and its approach to analysis of key conclusions' sensitivity to limitations of the data system as a basis for matching. The sensitivity analysis culminates in an easy-to-understand visual display, and promises to include many more stakeholders than before in quantitatively specific deliberations about potential impacts of unmeasured confounding.


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