Put Our Capabilities to the Test
GE Research leverages its multidisciplinary core capabilities to design and develop advanced solutions to complex, challenging problems.
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1000+Experts
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350+Projects/Yr
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400+Publications/Yr
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375+Patents/Yr
Changing The Technology Landscape
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Additive Manufacturing
Advancing the state-of-the-art in additive technologies and systems, from design to part, to create the future of additive manufacturing…Digitally creating the physical
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Artificial Intelligence
Enabling the smart Industrial Internet by connecting minds and industrial machines to enable intelligent and user-friendly products
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Biology & Applied Physics
Creating and building tools and imaging solutions to shape the future of healthcare, biomanufacturing, biotechnology and adjacent industries
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Controls & Optimization
Leveraging controls, estimation, optimization, operations research, and risk management to increase customer outcomes
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Digital Technologies
Delivering business value with foundational systems and applications that make up the ecosystem to digitally manage critical business data and operations
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Edge Computing
Pushing data collection, analytics and compute capability to the Edge to manage industrial machines more dynamically with security and safety
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Electric Power
Pushing the boundaries of electrical technology while accelerating the electrification of products around the world
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Electronics & Sensing
Developing breakthrough electronics and sensing solutions with a focus on extreme integration across technologies, form factors and harsh environments
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Materials
Delivering advanced, disruptive material solutions to drive performance, cost and durability across diverse product lines
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Mechanics & Design
Pushing the boundaries of mechanical technology to improve durability, affordability, efficiency, and power density of industrial products and services
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Robotics & Autonomous Systems
Envisioning a world where service robots work with and for us, shoulder-to-shoulder and over long distances, to address dull, dirty and dangerous work
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Software & Analytics
Harnessing the power of computing, data and analytics to enable optimization of industrial assets
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Thermosciences
Inventing breakthrough aerodynamic, thermal management and combustion solutions for improved performance, reliability, cost, and environmental impact
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Accelerating Knowledge-Driven Solutions
A suite of toolkits that provide a strong foundation for modeling domain knowledge and building knowledge-driven applications.
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Aerothermal Flow Characterization
High speed, unsteady aerothermal flow characterization rig.
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Autonomous Imaging
Can ultrasound systems become as common as a stethoscope by enabling scans to be performed by novice users?
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Bioelectronic Medicine Therapy for Targeted…
Tools for noninvasively modulating neural signaling in peripheral organs to advance the study of nerves and their effect on homeostasis and disease.
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CORE3D
Automatically generate accurate 3D object models with real physical properties from multiple data sources.
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Detection of Metastases in Lymph Nodes
This project aims to use quantitative-ultrasound (QUS) methods for detecting metastases in lymph nodes in a broad range of cancer types.
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Digital Thread for Design℠ Applications
Digital Thread for Design℠ (DT4D℠) is an automated, AI-driven workflow process to revolutionize the design of complex industrial components and systems.
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Disposable, Adjustable Clinical Grade Vital Sign…
Low-cost manufacturing platform for disposable, hospital-grade multi-parameter clinical monitoring devices.
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DNA Vaccine Improvements
Developing a DNA vaccine that can be rapidly produced, effectively delivered, and requires fewer doses to elicit long-term protective immunity.
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Forensics for Protein Fingerprinting
Combining genetically variable peptides and DNA profiling to enable single contributor identification via proteomics for forensic applications.
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Hypersonics
We're working on next generation propulsion technologies and other supporting innovations to take average commercial flight speeds to five times the speed of sound.
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Industrial Autonomy
We’re developing a generalized three-layer autonomy stack using open-standards and modularity to support rapid development and robust sense-making.
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Precision Medicine
We’re bringing together biology and physics in unique and powerful ways to drive new advances in healthcare.
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