Nov 2024
Policy Experiment Stations to Accelerate State and Local Government Innovation
The Federation of American Scientists (FAS) published this memo about strategies for building capacity and accelerating state and local government innovation.
Each year the federal government transfers approximately $1.1 trillion to state and local governments. Yet, most states and localities rarely evaluate whether these funds are actually improving their communities.
Recent research points to a powerful solution: fostering partnerships between government agencies and local universities—something we specialize in at the University of Chicago Crime Lab and the University of Chicago Education Lab.
This policy brief outlines an exciting vision for “Policy Experiment Stations.” These stations are designed to revolutionize how state and local governments leverage evidence and data to drive innovation and address critical challenges.
This memo is part of the Federation of American Scientists’ larger effort to champion bold, science-driven ideas that can help build a more prosperous, equitable, and safe future for all.
Latest Updates
Senate Passes Promoting Police Leadership Act Inspired by University of Chicago’s PLA
The U.S. Senate passes the bipartisan Promoting Police Leadership Act, landmark legislation that draws heavily from the University of Chicago Crime Lab’s Policing Leadership Academy (PLA).
UChicago Crime Lab’s Policing Leadership Academy Informs First-Ever Bipartisan Federal Legislation to Expand Commander-Level Law Enforcement Training
Bipartisan Promoting Police Leadership Act, introduced by Senators Cornyn and Whitehouse, draws on UChicago model to set national standards
Second City is serious about using improv to train police leaders
Steve Hendershot for Crain’s Chicago Business joined an improv workshop hosted by The Second City for participants of our Policing Leadership Academy (PLA), where they build the skills that make great leaders: active listening, mental agility, putting aside assumptions, and communicating under pressure.