Sheldon Howard Jacobson Ph.D.

University of Illinois at Urbana-Champaign






Founder Professor in Computer Science

Director, Bed Time Research Institute

Director, Simulation and Optimization Laboratory
201 North Goodwin Avenue (MC-258)
University of Illinois

Urbana, Illinois 61801-2302

Telephone: (217) 244-7275

Fax: (217) 265-4035

Skype: sheldon.jacobson1


Twitter: @shjanalytics


Google Scholar Page

Scopus Page

Wikipedia Page

ORCID ID: 0000-0002-9042-8750


Primary and Affiliate Appointments:

Professor of Computer Science

Professor of Electrical and Computer Engineering

Professor of Industrial and Enterprise Systems Engineering

Professor of Mathematics (College of Liberal Arts and Science)

Professor of Pediatrics (College of Medicine)


Founding Director: Bed Time Research Institute (BTRI)

Web Sites of Interest within the BTRI

1)       What drives obesity? Visit Driving Obesity for the answer.

2)       The 2016 Election is now in the books. Visit Election Analytics for a summary of what happened.

3)       March Madness 2019... What are your bracket odds? Visit Bracketodds for help with your bracket.


Career Summary

Sheldon H. Jacobson is the Founder Professor in Computer Science, Director of the Simulation and Optimization Laboratory, and Founding Director of the Bed Time Research Institute at the University of Illinois at Urbana-Champaign.  He holds appointments in Industrial and Enterprise Systems Engineering, Electrical and Computer Engineering, Mathematics, and the College of Medicine.  He has a B.Sc. and M.Sc. in Mathematics from McGill University and a Ph.D. in Operations Research from Cornell University.  He has served on the faculties at Case Western Reserve University (Weatherhead School of Management, 1988-1993), Virginia Tech (Industrial and Systems Engineering, 1993-1999), and the University of Illinois (1999-present). 


He has published 180 peer-reviewed articles, 11 book chapters, 48 conference proceedings, 29 professional and editorial publications, and delivered over 470 presentation, seminars and posters at conferences, universities, and research laboratories around the world.  He has directed 23 Ph.D. dissertations and been awarded over $4.5M of research support from the National Science Foundation and the Air Force Office of Scientific Research. 


As Director of the Bed Time Research Institute, he spearheaded the creation of two research videos (“A Healthy Collaboration: Pediatric Immunization and Operations Research”, “Aviation Security: Researching the Risk.”) and launched three websites (,,, all designed to communicate the value of basic research through Broader Impact activities, and promulgate STEM activities for enhancing and growing a technically literate citizenry. 


He has made several seminal research contributions, all focusing on applying operations research and advanced analytics to address societal problems of national interest.  He launched the research field, aviation security analytics, demonstrating how probabilistic models, optimization, and artificial intelligence can be used to improve the performance of aviation security systems.   His research on multi-level aviation security passenger screening at airports was the precursor to risk-based security, providing the foundational concepts that informed the design and implementation of TSA Precheck©.  His contributions have been recognized with numerous awards, including a 2003 Guggenheim Fellowship and the 2018 INFORMS Impact Prize, given biennially to recognize widespread impact of operations research.   His research on the design of pediatric vaccine formularies introduced the use of operations research in the pediatric immunization domain.  His research on bridging obesity, transportation, and fuel consumption established the impact of transportation on obesity, providing the foundation for non-medical obesity interventions based on modes of transportation.    


His research has been widely reported and communicated in the national press, including the Washington Post, the Chicago Tribune, the Los Angeles Times, and the Boston Globe, editorialized in the New York Times, and discussed in Business Week, Forbes, Kiplinger, and The Osgood Files on CBS radio.  He has appeared on The Street Signs (CNBC), The Closing Bell (CNBC), Weekends with Alex Witt (MSNBC), Washington Post Radio, CBS This Morning, CBC Canada News (television and radio), and BBC World News (television and radio).  His views have been published as opinion-editorials and letters in the Washington Post, Quartz, CNN Opinion, Inside Higher Ed, the Wall Street Journal, and the Chicago Tribune.


He has been recognized with numerous awards, including a Guggenheim Fellowship (2003), the INFORMS Impact Prize (2018), the IISE David F. Baker Distinguished Research Award (2017), IISE Award for Technical Innovation in Industrial Engineering (2010, 2013), the Aviation Security Research Award (Aviation Security International) (2002), the IIE Outstanding Publication Award (2009), the Award for Excellence in the Teaching of Operations Research (IISE Operations Research Division) (2011), and runner-up for the Christopher Columbus Homeland Security Award (Transportation and Border Security) (2010).  He is an elected Fellow of the Institute for Operations Research and the Management Sciences (INFORMS) (2013) and the Institute of Industrial and Systems Engineers (IISE) (2011).  He has also received several best paper and poster awards.


His leadership and expertise have been used by both government and professional societies.  He briefed personnel within the Office of Science and Technology Policy (in the executive Office of President George W. Bush) (August 2002, Washington, DC) on issues related to aviation security and assessing the cost and benefit of checked baggage screening strategies.  He briefed the Advisory Committee on Immunization Practice (ACIP) on a web-site he co-developed for designing optimal pediatric vaccine formularies (October 2001, Atlanta, Georgia.)  He served on committees for the National Academies, including the National Research Council Committee on Airport Passenger Screening: Backscatter X-Ray Machines (2013-2015), the National Academy of Medicine (NAM) Standing Committee for the Centers for Disease Control and Prevention Division of Strategic National Stockpile (2015-2017), and A Workshop on Medical-Product Shortages: Effects on Patient Health and Opportunities to Predict, Prevent, and Respond to Them (2018).  He led the NSF-Funded workshop (May 2016, Arlington, VA), Setting a Broader Impacts Innovation Roadmap, in creating new pathways for enhancing Broader Impacts in the Engineering Directorate at the NSF. He served as the (elected) Treasurer for the Institute for Operations Research and the Management Sciences (INFORMS) (2015-2016) and as a Program Director in the Division of Civil, Mechanical, and Manufacturing Innovation at the National Science Foundation (2012-2014).



Information of interest


Broader Impacts: How research supported by the National Science Foundation makes the world better for all.  Read the Workshop Report: Setting a Broader Impacts Innovation Roadmap.



In the News

2018 2017 2016 2015 2014 2013 2012 2011 2010 2009 2008 and earlier

(25 September 2018) So Many Cars: Why American Life Expectancy Falls Short (Mises Wire, Ryan McMaken) cites Sheldon H. Jacobson’s research on the association between obesity and automobile use.

(25 April 2018) Letter: Human error still a part of self-driving cars, which appeared in USAToday (page 5A), discusses how self-driving cars remain subject to human error, through compliance with the framework under which they must operate.

 (3 April 2018) Technology holds the key to redistricting reform (Houston Chronicle, Jay K. Aiyer (opinion)) draws on research by Sheldon H. Jacobson to argue that artificial intelligence and algorithms can help solve the problem of gerrymandering in drawing political boundaries.

(12 March 2018)  Science of Upsets: Prof has formula that doubles your shot (Associated Press, Eddie Pells) appeared in numerous media outlets, both on-line and in print, including the New York Times, Washington Post, ESPN, USAToday, FoxSports, and ABC News.  See also That smarts: Buffalo makes the computer look brilliant (16 March 2017, Associated Press, Eddie Pells), NCAA tournament Winners and Loser: TruTV, Sister Jean, Thomas Jefferson and more (19 March 2018, Chicago Tribune, Teddy Greenstein, Phil Rosenthal and Tim Bannon), and Using machine learning in basketball brackets and beyond (Cisco News, Stephanie Chan).

(7 March 2018) March Madness Upset Prediction: New Method Using Publicly Available Statistics Outperforms Other Techniques released by the American Statistical Association, based on the paper Identifying NCAA Tournament Upsets using Balance Optimization Subset Selection,” published in Journal of Quantitative Analysis in Sport  (Volume 13(2), pages 79-93.) 

(5 March 2018) Who makes the NCAA tournament? Researchers at the University of Illinois can help, based on the paper “Modeling the NCAA basketball tournament selection process using a decision tree” published in the Journal of Sports Analytics (Volume 4, pages 65-71).  See also Will your team make or miss the NCAA Tournament? New study may already have the answer (8 March 2018, Columbus Ledger-Enquirer, Columbus, GA, Jordan D. Hill).


Potential PhD Graduate Students

Research Opportunities in Operations Research

Secrets to Learn Before you Graduate

Prospective Graduate Students 


Visit the Media and Outreach Presentation


For a seminar on bracketology:

March Madness and Advanced Analytics: Improving Your Bracket Odds


Looking for a Ph.D. Advisor?

Zen and the Art of Hiring and Advising Graduate Students


Interested in Jacobson’s “TED-type” Talk slides?


Interested in supporting Jacobson’s research on policy, public health, societal issues, or bracketology? 

Visit Benefunder. 


Research Areas and Interests

Theory/AI Interface (Operations Research)

Advanced Analytics and Data Science (Big Data, Computational Public Health & Social Sciences, Health Informatics)

Industrial Engineering


Current Research Thrusts

Data-driven Causal Inference (BIG Data Analytics Using Discrete Optimization)

Security Screening (Data-driven Decision-making Under Uncertainty, Game Theory)

Algorithmic Political Districting (Graph Theory, Artificial Intelligence)

Branch and Bound Strategies for discrete optimization problems (Theory/Artificial Intelligence)

Bracketology Data Analytics (Sports Analytics)

Infectious Disease Screening and quarantining strategies (Decision-making Under Uncertainty)

Obesity, Energy, and Transportation (Public Health Data Analytics)

Mass Murder and Violence Trends in Society (Public Health Data Analytics)



Research (Peer Reviewed) Articles

Computer Simulation Methodology and Modeling

Discrete Optimization Algorithms (Exact and Approximation)

Stochastic Models, On-line Optimization, and Sequential Decision-Making

Aviation Security System Design and Analysis

Health Care Systems Engineering, Modeling, and Analysis

Immunization and Vaccine Economics

Transportation, Obesity, and Public Health

Causal Inference, Districting Problems, and Election Forecasting

Sports Analytics: NCAA Bracketology

Applications of Operations Research

Commentaries and Viewpoints


Other Publications

Book Chapters

Professional Magazines, Op-Eds, Letters

Conference Proceedings Papers


Professional Activities

Presentations, Seminars, and Posters

Sponsored Research

Dissertation, Theses, and Projects Directed

Awards, Honors, and Recognitions

Selected Media Coverage

Teaching and Service Activities


Jacobson's Web Site on the Computer Science Web Page

For more information, send a message to
He would be happy to hear from you.



Sheldon H. Jacobson, Ph.D.

201 North Goodwin Avenue (MC-258)
University of Illinois

Urbana, Illinois 61801-2302

Telephone: (217) 244-7275

Fax: (217) 244-6869

Skype: sheldon.jacobson1


Twitter: @shjanalytics  


Last updated: 29 December 2018

Counter set: 5 June 1999



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