@article{10902/35249,
year = {2017},
url = {https://hdl.handle.net/10902/35249},
abstract = {I present a method to jointly estimate social spillovers in the classroom and the distributions of teacher and student effects. This method is based on the covariance and higher-order moments restrictions of the test scores, requiring the random assignment of teachers and students to classrooms. Using the Tennessee Project STAR dataset, I estimate sizeable spillovers in kindergarten classrooms and departures from normality of the teacher and student ability distributions. The estimates also show that reducing class size has a positive effect on mean performance, but it increases the inequality. Based on these estimates, I perform several input-neutral policy counterfactuals involving teachers and students assignment rules, and changing the distribution of class sizes. For the latter, I derive an optimal class size distribution rule, which increases mean test scores and reduces the overall variance},
publisher = {Wiley-Blackwell Publishing Ltd.},
publisher = {Economica, 2017, 84(336), 712-747},
title = {Social spillovers in the classroom: identification, estimation and policy analysis},
author = {Pereda Fernández, Santiago},
}