Integrated Solutions Applications Engineer

GE Vernova is committed to helping the world achieve its decarbonization goals. Consulting Services, a part of GE Vernova, our global clients (external & internal GE Vernova) a wide range of solutions across the entire spectrum of power generation, delivery, and utilization.

As part of an experienced team of consultants, the Integrated Solutions Applications Engineer will develop solutions and derisk integration of complex power systems such as data center applications and large hybrid electrical systems. We are looking for an established self-driven leader who combines strong technical understanding and business development skills with a track record of delivering world-class services and outcomes for clients.

Roles and Responsibilities

• Designing and owning the integrated solutions architecture, including the development and maintenance of Single Line Diagrams (SLDs) that integrate with various GE Vernova systems, such as electrical subsystems, gas power turbines, Energy Management Systems (EMS), battery energy storage, and grid hardware and software.
• Evaluating and proposing design architectures on an application-specific basis, considering factors such as system performance, and reliability by performing studies and simulations to validate the system’s response and performance.
• Defining equipment LCOE and operational interfaces with the business units. Translating the customer reliability requirements to all internal parties and supporting with studies on LCOE and reliability analysis.
• Lead onsite generation report definition and gather necessary information to support customer meetings and final report submittal.
• Lead business unit coordinator for on-going customer projects and proposals.
• Supporting & Leading cross-functional efforts to perform coordination studies and requirements testing for the entire power system, working closely with internal stakeholders within Consulting Services and across GE Vernova’s business units, including those in engineering, sales, and product development, to drive the growth of GE Vernova's power systems capabilities.
• Deep technical understanding of heavy duty or aeroderivative turbines, with the ability to support and interpret these studies to inform system design and optimization decisions.
• Standardizing solutions by developing reference architectures to certain repeatable applications and subsequently applying those architectures to customer projects ensuring consistency and best practices across all power systems initiatives.
• Interface with external stakeholders, including utilities and Independent System Operators (ISOs), to ensure compliance with industry standards and regulations, and to identify opportunities for collaboration and innovation. Understanding grid interconnection requirements or experience with grid connected applications.

Required Qualifications

• Bachelor’s degree from an accredited university or college in mechanical, electrical or power systems engineering from an accredited university or college.
• At least 5 years of professional experience in engineering, product management or related functions.
• 3+ years of experience completing projects on-time and on-budget as either individual contributor or project manager.
• 3+ years of experience with gas turbine, combined-cycle, or turbo machinery application engineering experience, with strong understanding of equipment performance and operating capabilities, including ramp rates, black-start options, emissions, and available upgrades or design options to improve heat rate, output, and overall plant capability.
• Ability and willingness to travel a minimum of 25% of the time, as required.

Desired Characteristics

• Strong proven analytical and problem-solving skills with demonstrated ability to lead engineering teams to high value technical solutions.
• Strong written and oral communication skills suitable for making presentations to internal and external business executives.
• Solid understanding of government structures and players, global energy policy, worldwide power system codes and standards, power market structures, macroeconomic impact of regulatory reform.
• Advanced degree in mechanical, electrical, or power systems engineering from an accredited university or college.
• Ability to lead, motivate and influence individuals and teams
• General understanding of power systems, controls phenomena including: steady state flow, voltage stability, , least-cost generation planning and operation, controls…