Gas Turbine Software Standards Engineer

Job Description Summary

Want to be part of the Energy Transformation, have a meaningful career, work on complex solutions like carbon capture, decarbonization, fast power, and grid reconstruction & stabilization that will change the way power is delivered to the world? Come join one of the most innovative design teams in the Power Industry, GE Vernova's Gas Power Controls Engineering organization. At Gas Power Controls, we design and implement control solutions that have meaningful impact on people's lives and enable the transformation of the energy sector. You will be empowered, work in a scaled agile environment, driving meaningful change and continuous improvement using Lean principles and leveraging GenAI concepts. You will have a complete life cycle experience from initial concept development through detailed design, implementation, and upgrades, working with over 500 global engineers with a single purpose: deliver the cleanest, most efficient power to our customers.

• Collaborate with the GT Controls Technology Development team to guide new system and feature designs early in the development process to help drive good design decisions in relation to standards development and maintenance
• Partner with Technical Leaders, Standards Architects, and Principal Engineers to coordinate consistent solutions across all Gas Turbine engine designs and standards
• Help review requirements, design inputs, and feature definitions to identify ambiguity, missing content, conflicting expectations, and implementation risk before development begins.
• Support validation testing using high-fidelity simulation models for controls software standards releases, including definition of test scope, evaluation of results, and resolution of issues prior to release.
• Identify missing, incomplete, or unclear implementation instructions and work with stakeholders to drive closure before design release or project execution.
• Apply systems thinking across turbine, auxiliary, and plant control functions to ensure designs and standards are robust, integrated, and scalable across product applications.
• Evaluate cross-system interactions and unintended consequences of controls changes to improve design quality and maintainability.
• Collaborate with and maintain close, responsive, and productive working relationship with the Controls Project Engineering team to ensure the standards are delivering on project needs.
• Support development and integration of Product Cost Out (PCO) initiatives into the GT Controls Software Standards
• Utilize Lean principals and explore GenAI concepts to drive continuous improvement into the GT Controls Standards
• Work with the Product Owner to plan and prioritize Sprint development to meet PI commitments
• Provide clear communication of development status to the team and business leaders

• BS degree in Engineering (Electrical, Electronics)
• Minimum 5 years working experience in engineering
• 2 years working experience in software development and verification in an industrial company

• MS degree in Engineering (Electrical, Electronics)
• 2+ years of GE Power Generation Controls Standards development experience (Gas Turbine, Steam Turbine, Plant) with demonstrated working knowledge of GE Control Systems
• Experience working in a Scaled Agile Framework Scrum team
• Enthusiastic self-starter who leads by example, sets stretch goals and is committed to team building
• Experience working in an Instrumentation & Controls (I&C) role.
• Proven oral and written communication skills, and experience presenting to both business leaders and team members
• Strong systems-thinking mindset with the ability to understand interactions across combined cycle power plant combustion engine and Balance of Plant systems
• Proven ability to identify gaps, ambiguities, and missing implementation details and drive resolution across cross-functional teams
• Strong critical-thinking and problem-solving skills with sound engineering judgment
• Ability to translate lessons learned, field issues, and validation outcomes into improved standards and design practices