Top Tech Jobs & Startup Jobs

Leads the end-to-end document lifecycle for Gas Power, including process standardization, governance, compliance, PLM system optimization, KPI management, training, audit support, and stakeholder coordination. Establishes metadata, naming, security, and workflow standards; partners with IT on automation and system improvements; analyzes documentation performance; leads Kaizen and change-management activities; and presents recommendations to leadership. Requires technical project management experience in combined-cycle power generation and expertise in document management platforms, regulatory requirements, and quality standards.

Leads cybersecurity strategy, governance, compliance, risk management, and incident response for GE Vernova’s Wind business. Oversees OT and critical infrastructure security, regulatory controls, audits, remediation, threat readiness, executive reporting, and recovery planning. Builds the cybersecurity operating model, develops talent, and partners with product, enterprise security, engineering, legal, audit, compliance, and business leaders across digital products, cloud services, data platforms, AI solutions, and connected field systems.

Leads engineering operations strategy, risk analytics, demand and capacity planning, resource optimization, and process improvement. Develops predictive analytics and operational workflows to identify project risks, bottlenecks, and resource gaps. Monitors performance metrics, implements digital tools, re-engineers processes, and presents data-driven recommendations to stakeholders and executives. The role requires cross-functional collaboration, project lifecycle management, and implementation of improved planning and reporting practices.

Two-year early-career finance development program featuring four six-month rotations across commercial finance, supply chain finance, and FP&A. Participants complete formal finance training, collaborate with senior leaders, and develop functional and professional skills through on-the-job learning. Core locations are Atlanta, Georgia, and Schenectady, New York, with additional locations possible based on business needs.

Designs and develops mechanical structural components for onshore wind turbines, including bedplate castings, rotor locks, and shipping fixtures. Responsibilities include engineering drawings, specifications, component integration, risk assessments, dFMEA, design verification, validation testing, field issue resolution, root cause analysis, and lifecycle product support. The role requires collaboration across engineering, sourcing, and international project teams, with occasional travel.

Designs and develops main bearings for utility-scale wind turbines throughout the product lifecycle, from concept and detailed design through testing, manufacturing, validation, and field support. Leads mechanical analysis, reliability improvement, root cause investigations, technical documentation, testing plans, cost reduction, and corrective actions. Collaborates with quality, manufacturing, sourcing, suppliers, and field teams to improve product quality, reliability, and manufacturability.

Responsible for winning business across a medium-sized sales territory by developing proposals, structuring deals, setting pricing, negotiating sales agreements, and identifying growth opportunities. Partners with internal teams to develop products and services, applies Lean Six Sigma to improve proposal processes, analyzes markets and competition, and executes sales strategies. Serves as a resource for less experienced colleagues and may lead small, low-risk projects.

Leads transactional finance for GE Vernova’s Wind Services organization, supporting profitable growth across regions. Partners with commercial and operations leaders on portfolio strategy, process improvement, financial reviews, billing entitlement, project closeouts, planning, and estimating. Develops finance talent, manages one direct report, and drives cross-functional problem-solving, automation, and operational capability improvements.

Develop advanced computer vision, perception, machine learning, and autonomous systems for manufacturing and field services. Responsibilities include defining system architectures, developing algorithms, integrating camera and lidar sensors, building and optimizing deep learning models, using simulation and hardware-in-the-loop validation, and leading technical research and software integration. The role requires collaboration with internal teams, government partners, and technology leaders to deliver robotic inspection and mission-critical automation capabilities.

Develops advanced robot perception algorithms for industrial manipulators, mobile platforms, and quadrupeds. Responsibilities include embodied AI, scene understanding, visual servoing, multimodal sensor fusion, 3D geometry, real-time edge inference, and closed-loop robot autonomy. The role leads production-quality robotic software development, contributes patents and peer-reviewed research, collaborates with academic, government, and business partners, and advances robotics applications across energy, manufacturing, and industrial domains.