Decarbonization
Delivering breakthrough concepts to advance the low carbon technologies required to reach net-zero emissions.
Advanced Research
Driving the Energy Transition
GE Vernova Advanced Research is a hub for innovation where research and development meets strategy creation, partnership building, and engineering genius. We’re accelerating a new era of available, affordable, and sustainable energy and ambitiously tackling decarbonization, renewables, and electrification with the pioneering spirit to enable a zero-carbon future.
150+
current R&D projects
420+
technology partners
250+
researchers on a mission
Our Missions
Our Technologies and Expertise
Aerodynamics + Thermosciences
Leveraging high performance computing, scientific machine learning, and advanced manufacturing, our team develops breakthrough aerodynamic, thermal management & combustion technologies to grow renewable energy penetration and decarbonize industrial systems.
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AI, Robotics & Software
Researching AI and harnessing the power of industrial data to enable advanced analytics that drive asset optimization. Our teams also develop robotic systems that amplify capabilities and bring new inspection, maintenance & repair services to our customers.
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Controls & Optimization
Leveraging controls, estimation, optimization, operations research & risk management to enhance asset and system performance, management, operation & security. Our dynamic digital models aim to drive ideal performance in the full range of operating conditions.
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Electrical & Power Systems
Our projects revolutionize the operations, management & performance of electric power systems with high penetration of renewable energy through transformative analytics and modeling. Our research spans advanced electric machines, power electronics & sensors.
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Embedded Systems & Cybersecurity
Developing next generation embedded systems to enable real-time controls for industrial assets such as wind turbines, gas turbines, hydro, solar & energy storage. We also drive solutions in OT cybersecurity to protect the world’s most critical infrastructure.
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Materials Chemistry & Physics
Solving fundamental challenges to enable the design & integration of next gen materials chemistry into GE Vernova product components. Our teams design, make, demo & characterize material solutions for advanced applications that support the energy transition.
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Materials, Coatings & Modeling
Innovating world class materials solutions and coatings that enable next gen products and create market opportunities. Leveraging physics models and a material informatics approach to accelerate the creation and development of novel materials and processes.
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Mechanical Systems & Design
Designing high-performance mechanical systems and advancing manufacturing and inspection methods through development of proprietary prediction tools & test methods. We help bring safe, reliable products to market to accelerate the energy transition.
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Our Key Collaborations & Current Projects
Transforming Rotating Machinery Blade Design with AI
GE Vernova Advanced Research will lead development of an AI pipeline to transform rotating machinery blade design, evaluation, and refinement into an agile, AI-powered framework.
Developing an AI-Driven Framework for Composite Manufacturing
This Genesis Mission project will leverage GE Vernova Advanced Research’s digital twin expertise to build a predictive, controlled environment for manufacturing fiber-reinforced polymer composites.
Reducing Design Cycle Time of Wide-Bandgap Power Modules
GE Vernova Advanced Research will develop AI and ML surrogate modeling workflows for this Genesis Mission project, ultimately helping to accelerate the development of wide-bandgap power modules for high-efficiency energy systems.
Leveraging AI to Manufacture High-Performance Magnets
GE Vernova Advanced Research will lend its expertise in AI/ML-driven materials discovery and advanced manufacturing methods to this Genesis Mission project, which aims to accelerate domestic magnet manufacturing.
JOIN OUR MISSION
Deliver innovations that electrify to thrive and decarbonize for the energy transition
