Teams at GE Vernova

Creates 2D cross sections, 3D models, tolerance stack-ups, and engineering data for manufacturing, assembly, tooling, inspection, and analysis. Provides technical guidance, applies design engineering and product definition expertise, analyzes complex mechanical assemblies, supports cross-functional workstreams, and leads projects. Serves as a quality and best-practice resource, resolves moderately complex technical problems, influences stakeholders, and contributes to product and process strategy.

Leads wind turbine rotor and system-level acoustics engineering, balancing power output with noise reduction. Develops aeroacoustic models and system-level toolchains, supports blade design, assesses risks, validates designs through experimental programs, and builds technology roadmaps. Collaborates with engineers, universities, research groups, and wind tunnel facilities while mentoring team members and supporting multi-year R&D initiatives.

Develop and integrate cloud-based digital engineering tools for wind turbine modeling, simulation, proposals, and connected engineering processes. Collaborate with product owners, Scrum teams, and engineering stakeholders across the full software lifecycle, including coding, documentation, training, cybersecurity, maintenance, testing, deployments, and troubleshooting. Build backend services and frontend applications, debug end-to-end workflows, and support enterprise tools used by analysts, scientists, and engineers.