HVDC Control & Validation Engineer

GE Vernova; Creswell; On-site; GBP 45,000 - 70,000; Full time

Job summary

GE Vernova in the United Kingdom is seeking a Control & Protection Verification and Validation Engineer to support HVDC control and protection system verification. You will analyse requirements, model the proposed system, and produce detailed test specifications for hardware and software teams to implement and validate.

The role involves developing RSCAD models, defining lab interface requirements, conducting dynamic studies, and assisting commissioning during dynamic testing, with emphasis

Qualifications

• Engineering degree or equivalent with HVDC power systems knowledge.
• Experience as Verification Engineer in HVDC/Control & Protection design.
• Proficiency with RSCAD models.
• Knowledge of HVDC standards and operational behaviour.

Responsibilities

• Design and create test specifications against software requirements.
• Gap analysis between standard/design requirements and customer needs.
• Plan and track testing milestones within the project plan.
• Communicate failures clearly to engineering functions.
• Developing RSCAD models and related studies.
• Define control system requirements for lab setup and interfaces.
• Support testing of NPI and product care teams.
• Conduct dynamic performance studies using simulation tools.
• Assist Validation Engineers with test execution and reporting.
• Review results and provide actionable insights.

Skills

HVDC knowledge

Verification engineer

Test planning

Communication skills

English fluency

Education

Engineering degree or equivalent (power systems / power electronics)

Tools

RSCAD

PSCAD

MATLAB/SIMULINK

PSS/E

EMTP-RV

Digsilent

Job description

GE Vernova in the United Kingdom is seeking a Control & Protection Verification and Validation Engineer to support HVDC control and protection system verification. You will analyse requirements, model the proposed system, and produce detailed test specifications for hardware and software teams to implement and validate.

The role involves developing RSCAD models, defining lab interface requirements, conducting dynamic studies, and assisting commissioning during dynamic testing, with emphasis