General Electric Company

General Electric Company's GE Research Division operates as a prime contractor and recipient on advanced research and development work across federal agencies, competing full-and-open with no set-aside designations, and holding a substantial portfolio of $485.6 million in combined potential value across 492 awards (87% prime, 13% sub). GE Research, headquartered in Schenectady, New York, is a division of the parent General Electric Company and specializes in materials science, power systems, aerospace propulsion, advanced electronics, and defense-relevant research and development.

GE Research's capability footprint centers on silicon carbide (SiC) semiconductor fabrication and integration for extreme-environment applications, rotating machinery and power generation systems, advanced materials science and characterization, thermal management and aerospace structures, and sensor and imaging technologies. Representative prime work includes a $22.1 million Air Force cost-plus-no-fee contract (awarded September 2022, through November 2026) for aero-structures power generation and distribution concepts for hypersonic air-breathing vehicles, with Leidos, Lockheed Martin Aeronautics, and Florida Turbine Technologies as key subcontractors; an $8.9 million DARPA Business Process Logic Program contract (March 2024, through March 2027) on a cost-plus-fixed-fee basis; a $2.7 million Air Force definitive contract (April 2024, through December 2027) for affordable unmanned aerial system power generation with a 270Vdc power management architecture, subcontracting Lockheed Martin Aerostructures; and multiple NASA Glenn Research Center contracts for silicon carbide JFET integrated-circuit fabrication on 100-millimeter wafers, including a $340,317 order (November 2025, through April 2026) for V12B extreme-environment durable 4H-SiC devices. GE Research also holds seven active DARPA Other Transaction IDVs totaling approximately $18 million, covering the Morphogenic Interfaces (MINT) electrochemical systems program, the Environment-Driven Conceptual Learning (ECOLE) program, the ATLAS (Affordable Toughness by Layered Atomic Slip) program, and similar research initiatives.

Customer concentration is highly diffuse across defense and civilian agencies. The top five funding agencies account for 48% of award count: the Department of Energy leads with 100 awards (combining 24 ARPA-E and 24 EERE awards), DARPA with 65 awards, the Office of Naval Research with 24 awards, the Air Force with 24 awards, and the Air Force Research Laboratory with varying award counts. By potential value, DARPA dominates at $147.6 million (65 awards), followed by ONR at $65.8 million (24 awards), Air Force Materiel Command Research Laboratory at $48.7 million (24 awards), Department of Homeland Security Countering Weapons of Mass Destruction at $43.6 million (7 awards), and Defense Threat Reduction Agency at $29.8 million (11 awards). This top-five concentration accounts for 69% of combined potential value. The concentration by award count reflects heavy civilian research funding (DOE), while the potential-value ranking reveals that DARPA and defense agencies anchor the dollar exposure.

GE Research works under multiple parent vehicles but does not leverage standing GWACs or government-wide IDIQs; instead, it receives direct task orders on agency-specific indefinite-delivery contracts and individual prime contracts and research agreements. The top-cited vehicles include Navy Indefinite Delivery Contract N0042105D0116 (5 task orders, $864 thousand), Navy IDC N6600105D6033 (4 task orders), and Air Force IDC FA865014D2443 (3 task orders, $5.1 million). This vehicle posture reflects GE Research's status as a large, established prime contractor capable of winning direct awards rather than competing through multi-award vehicles.

Activity has been volatile in recent years. GE Research averaged 26 awards per year in 2022, declined to 20 in 2023, rebounded to 42 in 2024, then contracted sharply to 14 in 2025 and 2 by late 2026. The recompete cliff reveals five awards (combined potential value $48.1 million) reaching ultimate completion within the next twenty-four months, exposing GE Research to recompete risk on its higher-value research programs.

In its subcontractor role, GE Research provides silicon carbide fabrication and integration support, system design and modeling support, and thermal management and advanced materials development to Applied Physical Sciences Corp on the Advanced Propulsor Experimental (APEX) Phase 1A engineering services program (multiple awards from February through April 2025); to DCS Corporation on Army DEVCOM Ground Vehicle Systems Center e-Vetronics and ground-vehicle survivability work (July and September 2024); to Ozark Integrated Circuits Inc. on high-temperature sensor and non-volatile ferroelectric memory integration (August and September 2024); to BAE Systems on high-operational-temperature sensor process development and silicon carbide semiconductor advanced technology support (August and June 2024); to Northrop Grumman on the MINITHERMS3D three-dimensional heterogeneous integration thermal management program (February 2024); and to universities including the University of Virginia, Brigham Young University, and the University of Southern California as part of the DARPA MINT collaboration.

GE Research also operates as a federal grant recipient, capturing cooperative agreements and project grants across the Department of Energy Office of Energy Efficiency and Renewable Energy, DARPA, the Air Force Research Laboratory, the National Institute of Standards and Technology, the National Science Foundation, and the National Institute of Justice. Representative grant work includes a cooperative agreement with DOE-EERE for composite liquid hydrogen tank design, manufacturing, and testing (April 2024, through March 2025); a NIST cooperative agreement for multi-laser powder-bed fusion additive manufacturing process characterization and standards development (August 2022, through December 2024); a DOE-EERE cooperative agreement for SiC-based solar receiver module development under the ULTRA-HOTSSTAR program (June 2022, through October 2025); an Air Force Research Laboratory project grant for test and evaluation of artificial intelligence, autonomy, and teaming (May 2022, through May 2025); and NSF and DOE fossil energy cooperative agreements for rotating detonation combustor development and gas-turbine-scale demonstrations. GE Research acts as a sub-recipient on numerous university-led NIH, NSF, and DOD research grants, providing ultrasound imaging system development and modification support to medical imaging consortia led by Weill Medical College of Cornell University, Thomas Jefferson University, and the University of Washington; additive manufacturing and materials characterization support to universities including the University of Wisconsin-Madison and the University of Illinois; and quantum computing and advanced materials collaboration with Cornell University and Rensselaer Polytechnic Institute.

The source describes GE Research as "headquartered in Boston" in one grant summary (though operational records place primary work in Schenectady, New York), reflecting the complexity of General Electric Company's organizational structure. GE Research operates as a child entity of the parent General Electric Company, a multinational conglomerate with substantial industrial manufacturing, power systems, and aviation divisions that support federal contracts and grants across multiple operating units. The division's federal footprint spans 58 distinct customer agencies over a thirty-year history, with the majority of work concentrated in defense and civilian research agencies rather than civilian program management or IT modernization functions. GE Research competes entirely full-and-open, without small business or other set-aside designations, and derives its competitive advantage from specialized materials science capabilities, advanced fabrication facilities, and long-standing relationships with DARPA and the Office of Naval Research in particular.