John Matsumura is a senior engineer at the RAND Corporation with over 30 years of experience leading research on innovation and technology. At RAND, Matsumura has served in key research management positions, including director of the Joint Warfare Simulation and Analysis Center and associate director for research for RAND's Pittsburgh Office. His current research involves force protection capabilities, artificial intelligence (AI) and autonomous robotic systems, renewable energy technologies, and advanced modeling and simulation (M&S) methods. He has taught courses for both RAND and CMU School of Engineeering on M&S in support of technology and policy decisions, coauthored several U.S. Department of Defense and Army reports, written numerous RAND monographs focusing on technology's impact on the status quo, and authored a book on advanced technologies' potential to make U.S. combat forces less vulnerable and more capable.
Matsumura has served on federal advisory boards, including the Defense Science Board task force on power projection, the Office of the Secretary of Defense task force on defense architecture, and the Army Science Board, where he chaired many panels and studies. For this service, Matsumura received the Commander's award for outstanding civilian service in 2011 and the Meritorious Civilian Service Medal in 2021. In 2022 he served as a committee member for a National Academy of Science panel on artificial intelligence. Recently, the USPTO granted Matsumura a patent (#10,890,459) for his research in the area of improving energy efficiency for vehicles, and he has a continuation patent that was provisionally approved in 2023.
James Anderson and John Matsumura "Civilian Developments in Autonomous Vehicle Technology and Their Civilian and Military Policy Implications," in Andrew Williams and Paul Scharre, Autonomous Systems: Issues for Defence Policymakers, NATO, 2015
Daehner, Endy M., John Matsumura, Thomas J. Herbert, Jeremy Kurz, and Keith Walters, Integrating Operational Energy Implications into System-Level Combat Effects Modeling: Assessing the Combat Effectiveness and Fuel Use of ABCT 2020 and Current ABCT, RAND Corporation (RR-879-OSD), 2015
Matsumura, John, Randall Steeb, Blake Crowe, Nicholas Dienna, Yuna Huh Wong, Gary Quintero, and William Sollfrey, Survivability Options for Maneuver and Transport Aircraft: Analytic Support to the Army Science Board, RAND Corporation (MG-123-A), 2004
Matsumura, John, Randall Steeb, Thomas J. Herbert, John Gordon IV, Carl Rhodes, Russell W. Glenn, Michael Barbero, Frederick J. Gellert, Phyllis Kantar, Gail Halverson, Robert Cochran, and Paul S. Steinberg, Exploring Advanced Technologies for the Future Combat Systems Program, RAND Corporation (MR-1332-A), 2002
Matsumura, John, Randall Steeb, John Gordon IV, Thomas J. Herbert, Russell W. Glenn, and Paul S. Steinberg, Lightning Over Water: Sharpening America's Light Forces for Rapid-Reaction Missions — Executive Summary, RAND Corporation (MR-1196/1-A/OSD), 2001
John Matsumura and Randall Steeb, "Unmanned but Not Untethered: Robots on the Future Battlefield," RAND Review, 2006