Lead Engineer – Modelling, Control and Simulation

Stellenbeschreibung:

Lead the design and development of computer models and control system concepts for the VSC-HVDC market
Lead work packages translating technology requirements into control concepts and mathematical/computer models
Identify, capture, and generate new intellectual property
Develop time-domain and frequency-domain mathematical models of VSC-HVDC systems, including plant and control models
Validate models through MIL, SIL, HIL, and PHIL simulations
Design, develop, and study VSC control functionalities
Create and maintain requirement, design, and test specifications
Propose conceptual system and control designs based on market requirements
Create MATLAB/Simulink, PSCAD, and RSCAD models for design and validation
Define, configure, and maintain real-time simulation platforms integrating GE’s eLumina control and protection system
Define and plan development activities
Participate in gate reviews, design reviews, and quality processes
Lead a team of engineers executing research and development tasks
Publish articles in technical conferences, journals, and symposiums
Contribute to and influence CIGRE, VDE, ENTSO-E, and IEEE working groups and standards
Ensure GE Health and Safety processes are followed by personnel

Requirements

Master’s degree or above in Power Systems or Power Electronics / Controls with considerable work experience (as Lead/Senior engineer)
In-depth understanding of Modelling and Control first principles and algorithms used in the VSC technology
Overall understanding of HVDC system and component level interactions and considerations in HVDC schemes (practical experience from working on HVDC projects preferred)
Deep understanding of Modular Multilevel Converters (MMC) and control algorithms
Experience in HVDC system design, control development and validation
Experience in working with MATLAB/Simulink and/or PSCAD for VSC-HVDC applications
Experience in time-domain and frequency-domain modelling and simulation of VSC-HVDC converters
Experience in offline EMT and SIL/HIL simulation and validation of VSC-HVDC systems
Experience in participation in working groups for standards and Grid Codes
Experience in leading teams of engineers towards achieving the company’s objectives
Familiarity with quality processes such as “Agile” development practices would be advantageous
Demonstrated experience and track record of success in working with global engineering teams

Core Competencies

Demonstrates expertise in VSC-HVDC system design, control development, and validation, with proficiency in MATLAB/Simulink and PSCAD for modeling and simulation. Proven ability to lead engineering teams and contribute to industry standards and working groups.