Crossover sensing and autonomy technologies are pushing satellite systems toward lower-cost, smaller, distributed architectures with shortened cycles in all areas:  design, build, launch, operation, and decommission.  Moreover, emerging topics in sensor data processing and communications such as artificial intelligence and machine learning; optical crosslinks; and 5G are providing unprecedented data analysis and satellite connectivity with reduced latency.  As a result, proliferated small satellite low-earth orbit constellations with space-based processing for earth observation and geospatial information in the commercial, civil, and defense space sectors are booming.  These innovation trends present both opportunities and challenges in sensor processing, hardware, advanced manufacturing, supply chain, sustainability, domain awareness, governance, and workforce development.  Join our illustrious panelists and moderator as we discuss emerging topics, needs, and crossover technology at this symposium-wide panel.

Moderator

David Ellis Director of Strategic Development BAE Systems Inc., Space & Mission Systems (United States)

David Ellis leads strategic capabilities development and planning around technology positioning for future needs within BAE's Military Space business area, as well as certain sector strategic operations functions. This includes advanced technology development; U.S. Intelligence Community and Department of Defense funded research and development (R&D); critical internal R&D projects; and external technology partnerships. He is chair of the Space & Mission Systems technology council and leads the sector's cross-collaboration with other sector technology groups. Dr. Ellis brings over 20 years experience in electronics systems and aerospace, previously leading payload engineering advanced technology development and national space strategic business development within other areas of BAE. He has also developed advanced communications systems for Qualcomm Government and worked for Northrop Grumman Electronics Systems. He holds a BS and MS in electrical engineering, a ME in engineering management, and a Doctorate in strategic leadership.

 

Panelists

Wynn Sanders Materiel Leader of the Space Modernization Initiative Space Force Space Systems Command (United States)

Wynn Sanders is the Materiel Leader of the Space Modernization Initiative at U.S. Space Force Space Systems Command where he leads efforts to ensure tech maturation and industrial readiness for enhanced space-based sensing capabilities. With a doctorate in Materials Engineering from MIT and a former U.S. Air Force Lieutenant Colonel, he has managed technical programs across the Air Force Research Laboratory, Air Force Office of Scientific Research, and GPS Directorate. In addition to his government roles, he has worked in industry and grew a startup from inception to scale, giving him firsthand experience in successfully navigating the transition from innovation to implementation.

 

Gabe Mounce Colonel, Director of Tech Engagement Air Force Research Laboratory (United States)

Gabe Mounce, Colonel, is the Director of the Tech Engagement Office for the Air Force Research Lab (AFRL) in New Mexico where he oversees technology transfer & commercialization, community engagement and outreach for the lab's Space and Directed Energy technology areas. In this role, he oversees commercial engagement programs for the Space Vehicles and Directed Energy elements of AFRL consisting of the Hyperspace Challenge, Catalyst Space Accelerator, Q-Station Space Tech Cohort, and NewSpace Nexus Ignitor. He is a founder and Strategic Advisor to SpaceWERX, the U.S. Space Force's Innovation office focused on discovering and connecting commercial capability to the Space Force mission. Additionally, he serves as a Colonel in the Air Force Reserve assigned to U.S. Space Forces-Space (S4S), the service component to U.S. Space Command, where he supports the Chief of Staff to the Combined Joint Force Space Component Commander.

 

Michael Foster Chief Data Engineer Raft (United States)

Michael Foster serves as Chief Data Engineer at Raft, a company which specializes in operationalizing Public Sector data and agentic AI from the edge. Drawing from 25 years at the intersection of the U.S. tech industry, Department of Defense, and Intelligence Community, Dr. Foster has expertise in remote sensing analytics and complex data systems. His notable prior roles include Chief Data Officer for U.S. Central Command, solutions engineering lead for AI startup CrowdAI and Maxar, head of the National Geospatial-intelligence Agency's analytic modernization portfolio, and a payload acquisition lead at the National Reconnaissance Office. He earned a Physics BS and Remote Sensing PhD from the U.S. Air Force Academy and Rochester Institute of Technology, respectively.

 

Matt Jenkins Chief Space Systems Officer Maxar Intelligence (United States)

Matt Jenkins serves as Chief Space Systems Officer for Maxar Intelligence, bringing decades of systems engineering leadership and technical expertise in passive and active electro-optical and infrared systems, lasers, and radio-frequency (RF) systems. He has helped build dozens of advanced spacecrafts on orbit today. Previously, he has held roles as Head of Engineering for Amazon Project Kuiper's Government Solutions team; Director of Space Engineering at Pacific Defense Strategies, leading RF payload R&D for national security and space domain awareness missions; and Chief Systems Engineer for missile warning and defense systems, Space System Engineering team lead, and Maxar WorldView Legion satellite optical imaging instrument design team lead during an over 15-year tenure at Raytheon. He holds a BS and MS in Optics from the University of Rochester; an MS in Systems Engineering from Johns Hopkins University; two remote sensing patents; and 20+ trade secrets in optical system assembly integration and test.

 

Tarek A. Elgohary Associate Professor University of Central Florida (United States)

Tarek Elgohary is an associate professor at the Mechanical and Aerospace Engineering Department at the University of Central Florida. Before that, he was a postdoctoral research associate at Texas A&M Aerospace Engineering. He received his BS in Mechanical Engineering from the American University in Cairo and his MS and PhD in Aerospace Engineering from Texas A&M University. His research interests are developing analytical & computational techniques for astrodynamics; space domain awareness; and space flight guidance, navigation, and control problems. His research has been funded by the U.S. Air Force Office of Scientific Research, Federal Aviation Administration, National Aeronautics and Space Administration, Lockheed Martin, and Space Force.

 

 

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Event Details

FORMAT: General session with live audience Q&A to follow each presentation.
MENU: Coffee, decaf, and tea will be available outside the presentation room.
SETUP: Theater style seating.

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