Steve Barrager  is a pioneer in developing the profession of strategic decision coaching.  He works with teams in Fortune 500 companies, research institutes, and government. He lectures on decision making in organizations and environmental decision making at Stanford University. He recently coauthored and published the book, Transactive Energy in California: A Platform for 100 Percent Clean Energy and Electrification. 

He was Chair of the Science Advisory Team and a member of the Leadership Team for the California Marine Life Protection Act Initiative. He has had several appointments with the Pacific Fishery Management Council (the body that regulates fishing on the West Coast). He was affiliated with the Environmental Policy Program in the Stanford Law School.

Previously he was a Director and Board member at Strategic Decisions Group (SDG) in Palo Alto, California.   During his years with SDG, Barrager led a major eight-year engagement with General Motors. The goal of the program was to upgrade strategic decision-making throughout the company. The range of major decision areas included business innovation, product planning, branding, marketing and sales strategy, global sourcing strategy, R&D planning, and environmental strategy. The results of most of this work are embodied in the “New GM.”  While working at GM in 1994, Barrager supervised the writing of the “Decision Coach’s Guide to the Dialog Decision Process.”

Barrager has worked in a wide variety of business sectors: aerospace, computer, automobile, chemical, electronics, mining, transportation, food, and energy. He has facilitated many senior executive workshops and taught strategic decision making and R&D planning to executives. He has led multidisciplinary, multinational teams in Asia, Europe, South America, and the Middle East.

Barrager was a founding partner of Decision Focus, Incorporated (DFI) in California’s Silicon Valley. At DFI Barrager worked with the Electric Power Research Institute (EPRI) to develop the first framework and tools for utility planners to do demand-side planning, that is, to use conservation and customer demand modification to avoid the need for new power plants. Today, the concepts he developed are used worldwide. Also while at DFI, Barrager founded and led an independent company, Electric Power Software, to develop and market software products spun off from DFI’s consulting practice. Software clients included electric utilities that accounted for two-thirds of all power generation in the U.S.

Early in his consulting career, he worked for three years in the Decision Analysis Group at SRI International in Menlo Park, California. While there he worked on such diverse projects as the comparison of coal and nuclear fuel cycles for the National Academy of Sciences, estimation of California’s geothermal potential, and forest fire management strategies for the US Forest Service.  Before graduate school Barrager was an advanced manufacturing engineer on the the IBM 360 computer program.  He has two patents for thin-film magnetic head technology.

Right out of college  Barrager was a control systems engineer on the Apollo Project. He and colleagues determined the feasibility of a lunar rendezvous. That’s him (with a pocket protector) standing next to the analog computers.

From front page of Minneapolis Star and Tribune

Barrager has served on the boards of several nonprofits including over 10 years on the Board of the Hidden Villa Trust in Los Altos Hills, California. He served two terms on the Board of Shattuck-St. Mary’s School in Faribault, Minnesota, where he is a Distiquished Alumni.  He is the founder and President of Institut d’Archéologie et d’Histoire des Alpes, a sponsor of research and education programs.  He is a member of INFORMS, IEEE,ASME, the Long Now Foundation, and a Fellow of the Society for Decision Professionals.

Barrager earned a Ph.D. Degree at Stanford University from the Management Science and Engineering Department (formerly Engineering-Economic Systems) in 1975. Decision analysis was his research focus while at Stanford. He was the lead teaching assistant for the probability and decision analysis course sequence. His undergraduate work was in systems engineering at Northwestern University.  He is a member of Pi Tau Sigma, the national mechanical engineering honorary fraternity.



  • Barrager, S.M. and Edward Cazalet, Transactive Energy in California: A Platform for 100 Percent Clean Energy and Electrification, 2020, Baker Street Publishing.
  • Barrager, S.M, A New Engineering Profession is Emerging: Decision Coach, IEEE Engineering Management Review, Volume 44, Number 2, June 2016
  • Barrager, S.M. and Edward Cazalet, Transactive Energy: A Sustainable Business and Regulory Model for Electricity, 2014 (Published in Chinese and Japanese)
  • Barrager, S.M and Oliver Gildersleeve, 1990, A methodology to  incorporate uncertainty into R&D cost and performance data, Resources and Energy, 1990, vol. 11, issue 2, pages 177-193
  • Barrager, et al, 1986, IPPA: An Integrated Electricity Planning and Policy Analysis Model, Electric Power Research Institute
  • Barrager, S.M. and D. Cohan, 1986, Value of Information in Forest Fire Management Decisions, chapter in Systems Analysis in Forestry and Forest Industries, TIMS Studies in the Management Sciences, Elsevier Science Publishers
  • Barrager, S.M., 1983, Cost/Benefit Analysis of Demand-Side Planning Alternatives, A Report to the National Association of Regulatory Utility Commissioners, EPRI RDS 94, Research Project 94
  • Barrager, et al, 1982, Load Management Strategy Testing Model, Electric Power Research Institute, EPRI EA-2396.
  • Barrager, S.M., 1980, Assessment of Simple Joint Time/Risk Preference Functions, Management Science, Vol. 26, No. 6
  • Barrager, S.M. and R. Drake, 1979, Mathematical Models for Atmospheric Pollutants, Electric Power Research Institute,  EPRI EA-1131.
  • Barrager, S.M. and W.E. Balson, 1979, Uncertainty Methods in Comparing Power Plants, Electric Power Research Institute, EPRI FFAS-1048
  • Barrager, S.M. and W.E. Balson, 1979, Integrated Analysis of Load Shapes and Energy Storage,  Electric Power Research Institute, EPRI EA-970
  • Barrager, et al, 1976,  Economic and Social Costs of Coal and Nuclear Electric Generation: a framework for assessment and illustrative calculations for the coal and nuclear fuel cycles, National Science Foundation, Library of Congress
  • Barrager,  S.M. and David Dornbusch, Benefit of Water PollutionControl on Property Values, U.S. Environmental Protection Agency, EPA-600/5-73-005, October 1973

Visitor Agreement ¦ Privacy Policy

© 2010 Baker Street Publishing, LLC. All Rights Reserved.