GE Vernova

What happens when robots take on the riskiest parts of an inspection, and people stay focused on the decisions that matter most? Using ANYbotics' ANYmal, GE Vernova is exploring that shift by combining autonomous inspection in the field with software that helps teams understand what they are seeing and act on it over time. Watch how it comes together.

For many students, exposure to the field of engineering comes very late in their educational career, limiting the number that ultimately develop an interest in it. Here at GE Vernova, we are setting out to get students hands-on engineering experiences sooner and ignite their spark through Engineers of Change. Our mentors introduce students to the possibilities engineering can unlock, how it can power the energy revolution, and what a career as an engineer means. Drawing on their own personal journeys into engineering, our mentors share why programs like Engineers of Change are so important, and the long lasting impact it can create. Follow along to learn more about these next gen leaders and how they're creating the Energy of Change!

The future of energy is often framed as a moment of innovation. In reality, it is much harder to deliver. It is not one breakthrough. It is built in substations, factories, control rooms and training facilities. It is built where demand is rising, systems are becoming more complex and ambition has to meet reality. That is where GE Vernova shows up. Turning big plans into systems that work at scale. Powering economies. Expanding access. Helping electrify and decarbonize the energy system so communities and industries can thrive. Here are five truths shaping what comes next.

From climate tech to AI‑enabled manufacturing, the path forward is clear: progress requires scalable solutions and precise execution.   GE Vernova’s Chief Technology Officer, Krishna Jonnalagadda, shared his insights at ClimaTech Live and the Massachusetts Institute of Technology MIMO Symposium, where leaders across sectors came together to advance the technologies shaping the next decade.   At GE Vernova, we’re committed to industrializing AI, electrifying the grid, and accelerating innovation so that we can pave the path to a smarter energy future.

Energy demand is rising fast, and the future will not be defined by a single solution.   Meeting this moment will require a more flexible energy system, one that brings generation, grid infrastructure, software and electrification together to help deliver reliable power at scale.   That is the broader story behind GE Vernova’s work across gas power, grid modernization, electrification, software, wind and advanced nuclear: building for a future where demand is growing, shifting and becoming harder to predict.   TIME takes a closer look. https://lnkd.in/gwSfzfBZ

As AI data centers grow in scale and complexity, the energy systems supporting them need to become more advanced too. At GE Vernova Advanced Research in Niskayuna, New York, principal engineer Mike Englert is helping develop the controls behind solid-state transformers, a technology designed to manage and coordinate power flow with greater speed and precision. These systems use fast power semiconductor switches and advanced controls to help support the massive, reliable energy needs of hyperscale AI data centers. It’s one example of the infrastructure innovation happening behind the scenes as the world’s demand for electricity continues to grow. Read more: https://vernova.is/4njQYx2

Meet the “Drone in the Cage."   It’s training to inspect different interiors by collecting data in-flight and applying AI-based analysis as it works toward greater autonomy.   This platform is designed to access areas humans cannot normally access, helping inspections go further while supporting safer, smarter work.   One more example of GE Vernova innovation behind the Energy of Change, guided by a purpose rooted in building a more sustainable future. 

Meeting rising global energy demand will take more than any single technology, it will require innovation, collaboration, infrastructure investment, and new ways of thinking.   That was a key theme in CEO Scott Strazik's recent conversation with John Coogan and Jordi Hays on TBPN, where the discussion explored the future of energy, AI infrastructure, advanced manufacturing, small modular nuclear reactors, grid modernization, and electrification.   Listen to the full conversation here: https://vernova.is/4whG2Eh

Throughout April, GE Vernova honored Earth Month. As it comes to a close, we’re reflecting on a shared commitment to a more sustainable energy future and the people behind it. We began the month with Founder’s Day, marking two years as GE Vernova, and spotlighted our global network of employee volunteers making an impact in communities and environments around the world. On Earth Day, we marked the moment at the New York Stock Exchange alongside those dedicated to meeting our customers’ needs every day, and students from Thomas A. Edison CTE High School and Brooklyn Technical High School, representing the energy leaders of today and tomorrow. We also introduced Engineers of Change, our largest investment in next-gen talent, giving students hands-on experience earlier so they can explore what’s possible and help build the future of energy. Earth Month may be ending, but the work continues. Follow along as we carry the Energy of Change forward, electrifying to decarbonize and thrive. Fifth image provided courtesy of NYSE

Meeting rising energy demand while lowering emissions takes more than technology. It takes leadership, execution, and people who know how to bring it all together. Meet three leaders helping deliver the future of energy: https://vernova.is/4d3N0Ei