Principal Engineer- HVDC Control & Protection Algorithm

Job Description Summary

The energy transition drives an unprecedented growth in demand for and generation of electricity. To accommodate this growth, the capacity of transmission system is projected to grow three-fold. High voltage direct current (HVDC) transmission systems will play a key role in connecting remote and offshore renewables, interconnecting energy markets and reinforcing AC grids. Converter stations are required to convert AC to DC and vice versa. The brain of such converter stations are the control and protection systems which, among other things, ensure efficient, safe, and reliable operation of the power electronic valves and peripheral equipment. GE Vernova's Grid Systems Integration business line offers control and protection solutions for both voltage sourced converter (VSC) as well as line commutated converter (LCC) HVDC valve technologies to meet the transmission planning needs of utilities, system operators, developers and industrial clients worldwide. The control & protection algorithms are key to enabling the HVDC transmission systems' functionality, capabilities and performance.

• Serve as a recognized technical authority in HVDC Control & Protection algorithms solutions both internally and externally, and act as technical advisor to Senior leadership levels and support to Consulting Engineers.
• Actively contribute to and drive both internal and external standardization, coordinate working group activities and proactively represent GE Vernova in IEC/CIGRE and similar professional bodies, task forces and industry committees
• Stay abreast of, collect and internally communicate state-of-the-art technology developments in HVDC control & protection algorithms and applications
• Support Internal Stakeholders and Consulting Engineer to develop and maintain a strategic HVDC Control & Protection Algorithms technology roadmap.
• Suggest areas for technological advancement and recommend approaches/programs to pursue
• Participate Patent Evaluation Board (PEB) to protect technology that gives the business a competitive advantage, as well as protecting the intellectual property rights of the company.
• Oversee various R&D programmes from conception through to industrialisation, integrating new technology smoothly into production and ensuring successful project delivery
• Chair and act as technical authority in technology and product development gate reviews
• Collaborate and promote technology synergies across GE Vernova businesses of Power Conversion Systems, Grid Automation and Power Technology, utilizing shared expertise and resources.
• Lead/support project teams addressing identified project challenges in focused technical areas
• Support project technical tendering and delivery in the introduction of new solutions
• Support the quality teams on major quality issues and act as technical authority in root cause analysis processes
• Act as technical authority in competence management
• Act as a knowledge ambassador, providing technical education to external universities
• Consult with and support the Chief Engineer's Office in executing the office's technical objectives to implement best practice technologies and methods.
• Provide technical consultation on product problems throughout the business including supplier and field support and perform technical rescues when needed.
• Actively mentor and coach identified high potential Engineering talents within one's business lines.
• Chair Design reviews for individual components, sub-assemblies and key engineering deliverables at tendering and contract execution stages. Support Consulting Engineers in governance and trainings to reinforce proper execution of design review guidelines.

• Masters degree or higher education equivalent in a topic related to the development of control solutions, ideally with an application focus to power electronic systems
• Proven experience in an engineering capacity
• Excellent overall technical understanding of VSC and LCC-HVDC with deep understanding of the topics identified below:
  • Control algorithm principles and high-level control system functional definition
  • Control algorithm implementation
  • Control software architecture
  • Harmonic stability
  • Interaction studies
  • Multi-terminal system control
  • Grid forming control
  • Multi-vendor control interoperability
  • Control system performance verification & validation

• Overview of standardization initiatives for HVDC control algorithms in international bodies such as IEEE, IEC and CIGRE
• Understanding of typical relevant regulatory frameworks, grid codes and standards
• Familiarity with patent evaluation, application and management
• Open to business travel

• Strong oral and written communication skills
• Strong interpersonal and leadership skills
• Leadership to pursue correct engineering process in adverse conditions
• Able to interface and communicate effectively with all levels of the organization
• Considered an industry expert and thought leader in the HVDC control & protection algorithms discipline