MITRE Fellows are a select group of scientists, all preeminent in their fields, who lead critically important programs. Our fellows have a mandate and resources to develop and lead high-risk scientific or technical initiatives to address national- or global-scale problems.

They serve as subject matter experts and advisers to mission-critical programs, officers, and our board of trustees. They drive innovation in science and technology, accelerate solutions for the nation’s biggest challenges, and deliver on MITRE’s pioneering vision. The MITRE Fellows program has a history of achievement with lasting impact, including the Global Positioning System (GPS), systems engineering, and adaptive signal processing.

Current Fellows

John W. Betz, Ph.D.

John Betz has contributed to modernizing the Global Positioning System (GPS), devising new signal modulations used on GPS and other satellite-based navigation systems while also developing new theory to describe receiver performance. He served as a leader and technical contributor for the design of the military's GPS M-code signal for satellite navigation.

Dr. Betz also helped design the newest GPS signal, the L1C signal. He has been a key contributor to ongoing technical discussions between the United States and other countries developing their own satellite-based navigation systems, working to improve mutual compatibility and interoperability.

He has served as chair of the Air Force Scientific Advisory Board, and serves on the National Space-Based Positioning, Navigation, and Timing Advisory Board. Among other awards and recognitions, Betz is a Fellow of the Institute of Navigation and a Fellow of IEEE and has been inducted into the GPS Hall of Fame.

Gerald Gilbert, Ph.D.

Gerald Gilbert, a MITRE Fellow, is the principal investigator of MITRE’s Quantum Information Science Research Project.

A theoretical physicist and quantum information scientist, Gilbert joined MITRE in 1996, with the challenge of developing a quantum computer, a computer so powerful it can solve problems not otherwise possible to solve. Gilbert founded MITRE’s Quantum Information Science Program, established MITRE’s Princeton University site, and initiated the company’s first quantum laboratory there.

The Quantum Information Research Project is a partnership of three leading physics research groups at MITRE, the Massachusetts Institute of Technology, and Sandia Laboratories. As principal investigator, Gilbert leads the team that aims to build the world’s first fully scalable, universal photonic quantum computer distributed in a cloud comprised of a small quantum network. They will design and build programmable nano-photonic quantum processors that will be the engines of a scalable universal quantum computer.

Gilbert specializes in the study of string theory—an attempt to explain all the fundamental forces of nature. He earned his doctorate in theoretical physics under Nobel Laureate Professor Steven Weinberg at the University of Texas. After earning his Ph.D., Gilbert was awarded the Weingart Prize Research Fellowship in Theoretical Physics at the California Institute of Technology, after which he was awarded a University Research Fellowship at Cambridge University (studying and conducting research under Professor Stephen Hawking). He worked as a researcher at the University of Maryland at College Park.

Gilbert has served on the U.S. Defense Science Board and the U.S. Air Force Scientific Advisory Board as an expert on quantum information science and is a member of the IEEE Standards Board for Quantum Technology. He received the Best Student Prize and the Patrick M.S. Blackett Award, both from the NATO International School of Subnuclear Physics in Erice, Italy.

He is co-inventor on five U.S. patents in Quantum Information Science and is a sought-after speaker in the field. At MITRE he has received a number of awards, including the Program Innovation Award, the MITRE Best Paper Award, and three Director's Awards for Technical Excellence

Garry Jacyna, Ph.D.

Garry Jacyna (pronounced Jace-na) is a recognized expert in signal processing. His specialties include analytical-based performance studies for DoD and DHS programs. He has developed cutting-edge algorithms to real-world problems, including an acoustic reconstruction tool used in response to the Russian nuclear submarine Kursk disaster, and multi-target sonar detection, tracking, and classification algorithms.

Jacyna has also designed complexity-based analysis tools for Marine Corps agent-based simulation models and distributed detection, classification, and tracking algorithms for netted sensor systems.He is currently working closely with DHS in developing system-level decision and performance prediction support tools.

He is also developing interchangeable image fusion algorithms for stand-off detection and classification of threats from improvised explosive devices. Jacyna's technical and analytic expertise is applied to a number of government-classified programs, as well as select research programs at MITRE.

Past Fellows

H. William Neugent

Cybersecurity and mission assurance strategies

James H. Babcock Intelligence-related programs
Ronald L. Fante Adaptive signal processing for radar and communications
Edward L. Lafferty Artificial intelligence and computer science research
Dr. Louis Metzger

Systems engineering, command and control, and communications theory

Paul B. Schneck High performance computing and user control of digital data
Richard J. Sylvester Software engineering and acquisition