Our People

Scott Fouse is currently the owner of Fouse Consulting Services, LLC, based in Scottsdale, Arizona. He works with a variety of companies helping them harness advanced technology to enable future products and processes. Most recently he served as the AIAA Aerospace R&D Domain Lead, helping AIAA insure that their R&D efforts are addressing Aerospace community needs. He is also serving at the Chairman of the Board of the Georgia Tech Applied Research Corporation, Chairman of the Board of Trustees for the Planetary Science Institute, headquartered in Tucson, AZ.

Scott Fouse retired in April, 2018 from his position as Vice President of the Advanced Technology Center (ATC Labs) at Lockheed Martin Space. In this role, he was responsible for leading an organization of approximately 500 scientists and engineers performing programs in space science and related R&D in adjacent markets. The ATC Labs mission is to provide technology discriminators to Lockheed Martin Space lines of business impacting the success of programs totaling more than $8B annually. The ATC portfolio covers a diverse set of technologies including space and astrophysics, phenomenology and sensors, optics and electro-optics, telecommunications and photonics, guidance and navigation, modeling and simulation, materials and structures, thermal sciences, and nanotechnology. His responsibilities included nurturing the ATC workforce across this rich technical portfolio, and sustaining and growing the organization's capabilities and reputation as a center of excellence in these domains.

Prior to that role, Scott served as Lockheed Martin Corporation’s Director of the Advanced Technology Laboratory (ATL) located in Cherry Hill, New Jersey which is a group of about 220 researchers. Previous to that role he was Chief Technology Officer (CTO) of ATL. In that position he managed the Internal Research activities and was liaison to the Lockheed Martin business units as well as the corporate staff. He was also member of the Air Force Scientific Advisory Board from 2003 to 2007. In that position, he supported a number of studies and also chaired a study on Experimentation to support Disruptive Innovation. Before coming to Lockheed Martin, Scott was President and CEO of ISX Corporation, a 50 person company that specialized in creating and transitioning advanced IT systems to operational use. Scott was a leader in the DARPA Command Post of the Future project, which created a significant advance in C2 Systems and was the primary C2 system for Iraq at the Corp. Division, Brigade and Battalion echelons. From 1985 to 2010, Scott worked closely with DARPA and operational military groups to develop advanced concepts for intelligent systems in a wide variety of military domains. These domains include intelligent avionics, transportation logistics, air campaign planning, battlefield healthcare, and battlefield information dissemination. A common theme within these activities is the blend of data analytics and the human-systems interaction.

ISX Corporation was formed in 1988. Shortly after its formation in 1990, ISX partnered with a professor at MIT, Dr. Rodney Brooks, to create IS-Robotics. This company was focused on finding commercial opportunities for intelligent systems in the general area of Robotics. In 1998 IS-Robotics was renamed iRobot.

Scott has a BS in Physics from the University of Central Florida, and a MS in Electrical Engineering from the University of Southern California.

Dr. Kari Sentz is currently a senior scientist in the Computer, Computational, and Statistical Sciences Division at Los Alamos National Laboratory. Her work in uncertainty quantification has earned over 3300 citations. Currently, Dr. Sentz is leading research and development efforts in data and information fusion, decision making under uncertainty, and signature discovery including a multi-laboratory project in Nuclear Forensics. Previous technical leadership efforts over the past 14 years include uncertainty quantification under weak informational states, contextually driven text mining, interactive machine learning, human-guided sense-making, multi-agent systems, and interactive visualization of mathematical concepts. She serves on the Program Committees for National Security Sensor and Data Fusion conference as well as Florida Artificial Intelligence Research Society Conference. Dr. Sentz has worked as a line manager for the Information Sciences Group for four years and continues her service to the Laboratory in recruitment and staff/student professional development focusing particularly on underrepresented minorities in STEM. Dr. Sentz worked for more than a decade in educational outreach for girls in fifth through eighth grades through the Expanding Your Horizons (EYH) as a mentor, workshop leader, and service on the EYH Planning Committee. She continues to be an active volunteer in STEM education and committee service for Northern New Mexico public schools.

She has a PhD in Systems Science from Binghamton University and a Master’s in Linguistics from the University of Virginia. Dr. Sentz has worked at both Los Alamos and Sandia National Laboratories since 2000 in generalized probability and information theory, system risk and reliability, graphical modeling, and text mining.

Dr. Lesley A. Weitz is a Senior Principal Aerospace Engineer and Department Chief Scientist in The MITRE Corporation’s Center for Advanced Aviation System Development (CAASD). Her current research focuses advanced avionics for NextGen concepts, air traffic operational concept development, trajectory modeling, and avionics and air traffic automation performance analysis. Dr. Weitz is also led a project to study the use of a National Airspace System (NAS) network model to study how traffic management strategies impact NAS resilience. Dr. Weitz is the Chair of an avionics standards body developing advanced avionics applications, and she developed an inter-aircraft spacing algorithm (think automatic cruise control for airplanes) as part of that work. 

Dr. Weitz received her BS in Mechanical Engineering from the University at Buffalo and her MS and PhD degrees in Aerospace Engineering from Texas A&M University. She is the author of over 50 peer-reviewed conference and journal papers. Dr. Weitz is a Fellow of the American Institute of Aeronautics and Astronautics (AIAA). She was the Chair of the Guidance, Navigation, and Control Technical Committee (2016-2018), the Director of the AIAA Aerospace Sciences Group (2021-2023), and is currently the Chief of AIAA’s Technical Activities Division.

Prior to joining GTRI, Dr. Whorton was the Executive Director of the University of Tennessee Space Institute where he led the Space Institute’s mission in advanced research and graduate education in engineering and physics. Prior to joining UTSI, Dr. Whorton was Chief Technologist of Teledyne Brown Engineering in Huntsville, Alabama where he conceived and led development of MUSES, an advanced platform for commercial earth imaging from the International Space Station. He was also President of Teledyne Optech, Inc., developer of airborne LIDAR instruments and camera systems for coastal zone mapping.

Dr. Whorton completed a 20+ year civil servant career at the NASA Marshall Space Flight Center in 2009 where he was a technical expert in dynamics and control of launch vehicles, spacecraft, and space structures and served as Chief of the Guidance, Navigation, and Mission Analysis Branch while leading development of GNC systems for the NASA Crew Launch Vehicle Ares 1. He is a Fellow of the American Institute of Aeronautics and Astronautics (AIAA).

Dr. Woodbury is the Senior Manager of Sandia’s Space Mission Engineering Program Office where he oversees the development of innovative space flight systems for critical national security challenges in the areas of Overhead Persistent Infrared, Space Domain Awareness, and Space Resiliency. Prior to this role, he managed the strategic development and execution of Sandia’s rapidly growing Space Resilience portfolio including Space Domain Awareness, Space Intelligence, and Space Cyber activities. Before entering management, Dr. Woodbury’s technical work focused on modeling, simulation, analysis, and testing of space-based sensing systems and associated ground station algorithms and architectures for application to novel mission areas.

Dr. Woodbury has a BS in Mechanical Engineering from the Massachusetts Institute of Technology, Cambridge, Massachusetts and a PhD in Aerospace Engineering from Texas A&M University, College Station, Texas. In between his degrees, he served in the United States Air Force as a Deputy Missile Combat Crew Commander and achieved an Instructor classification in his final year.