General Electric Company

General Electric Company, headquartered in Boston with its GE Research division located in Schenectady, New York, is a diversified global conglomerate providing advanced engineering, technology development, and manufacturing services to the federal government. The company specializes in cutting-edge research and development across multiple high-technology domains including power systems, aerospace, materials science, electronics, advanced manufacturing, and healthcare technologies. As a large, established federal contractor registered with SAM.gov since October 2001, GE Research maintains active prime contractor relationships with numerous federal agencies and serves as a trusted partner for government innovation initiatives requiring sophisticated technological solutions.

General Electric Company has secured numerous prime federal contracts valued at approximately $62.5 million across diverse technical areas, demonstrating substantial expertise in specialized manufacturing and research services. The company has delivered silicon carbide fabrication and integration services for extreme environment applications across multiple NASA Glenn Research Center contracts, including extreme environment durable 4H-SiC JFET integrated circuits on 100mm wafers, back-end-of-line processing, and small-feature fabrication. GE Research has supported the U.S. Air Force with major research initiatives including affordable unmanned aerial system power generation technology ($2.71 million), aero-structures power generation and distribution concepts for hypersonic vehicles ($22.1 million), and advanced thermal management systems. The company has executed substantial contracts for the Defense Advanced Research Projects Agency (DARPA) spanning the Morphogenic Interfaces program for electrochemical systems ($4.9 million and $5.9 million awards), High Enthalpy Aperture Technology for hypersonic materials ($7.5 million), and the Business Process Logic Program ($8.4 million cost-plus-fixed-fee contract). Additional prime contracts include the Office of Naval Research awards for high power density electrical generator insulations ($1.85 million), electromagnetic interference mitigation for naval electrical systems ($804,061), the BOREWORM buried ordnance access robotics program ($4.33 million), modular generator electrical systems development ($388,933), and new insulation suite research. The company has also received contracts for fission surface power advanced closed Brayton convertor systems ($900,000), switched reluctance generator development for nuclear electric propulsion ($799,625), and various silicon carbide and materials processing services. All prime contracts were awarded without small business set-aside designations, reflecting GE's status as a large established contractor. GE has simultaneously served as a subcontractor on federal contracts from prime contractors including Northrop Grumman, BAE Systems, Lockheed Martin, and Fluor Marine Propulsion, primarily supporting specialized fabrication, materials processing, and technical consulting roles.

General Electric Company has been awarded federal grants totaling approximately $3.5 million across multiple cooperative agreements and project grants, reflecting its role as a research and development partner across civilian and defense agencies. Under cooperative agreements with the Department of Energy's Office of Energy Efficiency and Renewable Energy, GE Research has developed composite liquid hydrogen tank systems for clean energy applications, hydrogen sensing and leak quantification systems for infrastructure monitoring, silicon carbide-based solar receiver modules for concentrated solar power, and flexible multi-terminal power converter systems for integrated solar and battery energy storage. The company has executed cooperative agreements with the Defense Advanced Research Projects Agency addressing climate change and quantum computing applications, rotating detonation combustor integration for gas turbine cycles, and additive manufacturing process standardization for multi-laser powder bed fusion systems in partnership with the National Institute of Standards and Technology and University of Texas at El Paso. GE Research has provided technical support and consulting services on multiple cooperative agreements with universities including University of Tennessee, University of Wisconsin, and various other academic institutions for silicon carbide-based power conditioning systems, cryogenic hydrogen-electric transport aircraft design, hydrogen turbine thermal barrier coating durability, and binder jet additive manufacturing process development. The company has also received grants from the National Science Foundation for a climate change and quantum computing workshop initiative, the Advanced Research Projects Agency for aviation-induced cirrus trail prediction and megawatt gas-insulated cable systems development, and various Department of Energy and Department of Defense cooperative agreements. Additionally, GE Research has participated in grant-funded research with federal agencies supporting materials science, power systems, and healthcare technology initiatives, including imaging system development, ultrasound neuromodulation, and advanced materials characterization. The company has served as a subrecipient on multiple federal grants from prime recipients including Cornell University, University of Wisconsin System, Northwestern University, and other research institutions, contributing specialized expertise in artificial intelligence, autonomy, quantum computing applications, advanced manufacturing, and medical device development.

General Electric Company holds seven active Other Transaction Indefinite Delivery/Indefinite Quantity (IDIQ) contract vehicles awarded by the Defense Advanced Research Projects Agency, collectively valued at approximately $18 million. The ATLAS (Affordable Toughness by Layered Atomic Slip) vehicle, awarded May 27, 2025, with a ceiling of $1.99 million, focuses on advanced materials research addressing mechanical properties of layered atomic structures. The TIAMAT (Transfer from Imprecise and Abstract Models to Autonomous Technologies) IDV, established June 14, 2024, with a $5.06 million ceiling, provides flexible procurement mechanisms for research spanning imaging, signal processing, machine learning, materials science, and autonomous systems development. The ACMEE/OPEN (Adaptive Critical Materials Evaluation and Exploration and Open Price Exploration for National Security) vehicle, awarded March 22, 2024, with a $3.99 million ceiling, enables access to GE Research capabilities in materials characterization and critical materials evaluation supporting national security priorities. The TALOS (Thruster Advancements for Low Altitude Operations in Space) IDV, established March 15, 2024, with a $1 million ceiling, supports space propulsion technology research for low-altitude operations. The PRACT-DRAG (Porous, Random, Bimetallic Corroding Textures for Turbulent Drag Reduction) vehicle, awarded December 15, 2023, with a $999,825 ceiling, focuses on advanced materials research for fluid dynamics applications. The ECOLE (Environment-Driven Conceptual Learning) IDV, awarded June 21, 2023, with a $4.94 million ceiling, provides DARPA with procurement flexibility across conceptual learning and environmental factor-driven research domains. The TID (Transformable Image Distributions) Other Transaction vehicle, established April 4, 2022, with a $999,328 ceiling, supports advanced imaging and signal processing research. These IDIQ vehicles collectively represent DARPA's flexible procurement mechanisms enabling rapid access to GE Research's specialized capabilities across multiple technical domains without traditional contract administration constraints, allowing the agency to issue task orders as specific research needs and opportunities emerge.