Virtualization Engineer

GE Vernova is at the forefront of addressing the global climate crisis through innovative energy solutions. As a Virtualization Engineer, you'll play a crucial role in creating virtualized platforms for grid innovation applications. This position offers an opportunity to work on cutting-edge technology that directly impacts the world's energy infrastructure.

The role combines DevOps expertise with virtualization technologies, requiring strong technical skills in both Windows and Linux environments. You'll be working with various hypervisors, containerization technologies, and developing tools for performance analysis and optimization. The position involves close collaboration with the GA CTO office, Grid Beats, and GA Core program managers.

This is an excellent opportunity for a technically skilled professional who wants to contribute to the future of energy infrastructure. You'll be working on projects that help decarbonize the world's electricity network and build the grid of the future powered by renewable energy. The role offers exposure to both traditional IT infrastructure and modern cloud technologies, with a focus on creating efficient, secure, and scalable virtualization solutions.

The ideal candidate will have a strong foundation in computer science or electrical engineering, with specific expertise in virtualization technologies and DevOps practices. You'll need to demonstrate excellent problem-solving abilities, strong programming skills, and the ability to work effectively in a collaborative environment. The position offers the chance to work with cutting-edge technology while contributing to meaningful environmental impact through energy innovation.

Working at GE Vernova means being part of a company with a rich legacy of innovation while focusing on future-oriented solutions. The company's mission is embedded in its name, combining GE's historical excellence with a commitment to creating a new era of lower carbon energy. This role provides an opportunity to be at the intersection of traditional power systems and modern cloud computing, helping to shape the future of energy infrastructure.