The Senior Software Engineer – Power Systems Dynamics will contribute to the development, enhancement, and support of dynamic simulation capabilities within GE Vernova’s Positive Sequence Load Flow (PSLF) software platform. This role focuses on dynamic modeling of power system equipment and controls, transient stability analysis, numerical simulation methods, and the investigation of complex power system behavior.
Responsibilities
Develop, enhance, and maintain dynamic models for power system equipment and controls, including synchronous machines, excitation systems, governors, power system stabilizers, inverter-based resources (IBRs), and other user-defined models for the GE Vernova’s PSLF software package.
Develop and enhance dynamic simulation algorithms and core software functionality to support accurate and efficient power system stability analysis.
Analyze dynamic simulation results to understand system behavior, assess the impact of different equipment and control strategies, and identify root causes of unexpected or incorrect simulation results.
Investigate and resolve software issues related to dynamic models, numerical solution methods, simulation convergence, and overall simulation performance.
Implement and validate new dynamic modeling capabilities to address evolving power system requirements, including renewable energy integration, inverter-based resources, HVDC systems, and large loads such as data centers.
Requirements
Master’s Degree in Electrical Engineering or a related field from an accredited university or college
Nice to have: PhD in Electrical Engineering or a related field
Nice to have: Power system generation, transmission, operations, and control
The Senior Software Engineer – Power Systems Dynamics will contribute to the development, enhancement, and support of dynamic simulation capabilities within GE Vernova’s Positive Sequence Load Flow (PSLF) software platform. This role focuses on dynamic modeling of power system equipment and controls, transient stability analysis, numerical simulation methods, and the investigation of complex power system behavior.
Responsibilities
Develop, enhance, and maintain dynamic models for power system equipment and controls, including synchronous machines, excitation systems, governors, power system stabilizers, inverter-based resources (IBRs), and other user-defined models for the GE Vernova’s PSLF software package.
Develop and enhance dynamic simulation algorithms and core software functionality to support accurate and efficient power system stability analysis.
Analyze dynamic simulation results to understand system behavior, assess the impact of different equipment and control strategies, and identify root causes of unexpected or incorrect simulation results.
Investigate and resolve software issues related to dynamic models, numerical solution methods, simulation convergence, and overall simulation performance.
Implement and validate new dynamic modeling capabilities to address evolving power system requirements, including renewable energy integration, inverter-based resources, HVDC systems, and large loads such as data centers.
Requirements
Master’s Degree in Electrical Engineering or a related field from an accredited university or college
Provide first- or second line technical support for structural simulation products to customers in Japan and to members of the Japan support team.
Responsibilities
Provide first- or second line technical support for structural simulation products to customers in Japan and to members of the Japan support team.
Work with the Japan support team to understand customer questions, reproduce reported issues, collect relevant technical information, and investigate potential solutions.
Depending on the case and your level of technical readiness, communicate directly with customers and manage technical support cases from initial inquiry through resolution.
Apply fundamental knowledge of structural mechanics, finite element analysis, numerical methods, and simulation techniques to diagnose customer issues.
Provide clear, accurate, and timely updates to customers and internal stakeholders in English and, where applicable, Japanese.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Applied Mechanics, Aerospace Engineering, Automotive Engineering, Civil Engineering, or a related engineering discipline.
