Executive Director, Center for Impact Sciences About Jason Saul Jason Saul is one of the world’s leading experts on measuring social impact. As the Chief Executive Officer of Mission Measurement, he advises corporations, federal agencies and philanthropies on how to maximize their impact. For the past 25 years, Jason has been a pioneer in the field, developing new methods to standardize, benchmark and predict social outcomes. Jason developed The Impact Genome Project®, the world’s first data standard for social impact. He is also the founder and Executive Director of the Center for Impact Sciences at University of Chicago, which seeks to make evidence more actionable for policymakers. Jason is an award-winning author of books on measurement and social strategy, including Benchmarking for Nonprofits, Social Innovation, Inc., and The End of Fundraising. Jason was awarded the Harry S. Truman Scholarship for leadership and public service, has been recognized by Bloomberg/Businessweek as one of the Nation's 25 Most Promising Social Entrepreneurs and included by Crain's Chicago Business as a “40 under 40” business leader. Jason holds a J.D. from the University of Virginia School of Law, an M.P.P. from the John F. Kennedy School of Government at Harvard University, and a B.A. in Government and French Literature from Cornell University. Contact Information jasonsaul@uchicago.edu Recent News Student Profile: Kashif Ahmed, MPP Class of 2022, Pearson Fellow Tue., May 24, 2022 Alumni Profile: Eric Reyes, AM’20 Thu., May 19, 2022 More news Upcoming Events Municipal Bonds as Environmental, Social, and Governance (ESG) Investments - Masterclass with Justin Marlowe Tue., May 24, 2022 | 4:30 PM Link will be sent to registered guests Chicago, IL 60637 United States UChicago Part-Time Programs Employee Information Session, featuring Harris, Crown, and Booth Wed., May 25, 2022 | 9:30 AM The Keller Center, 4009 Boardroom 1307 E 60th St Chicago, IL 60637 United States More events
August 04, 2020 PhD Candidate Miguel Morales-Mosquera Receives NSF Doctoral Dissertation Research Improvement Award