Verification and Validation Engineering

GE Vernova; Creswell; On-site; GBP 45,000 - 65,000; Full time

Job summary

GE Vernova in the United Kingdom seeks a Verification and Validation Engineer to lead testing of HVDC control software and ensure correct functionality. You will design test specifications, analyze gaps, and support lab setup, including RTDS and RSCAD models, to verify performance and reliability.

Excellent communication in English and knowledge of HVDC systems (LCC/VSC/SVC) and related standards will help deliver robust products and reduce risk across the project lifecycle.

Qualifications

• Engineering degree or equivalent including power systems and power electronics subjects or proven equivalent knowledge and experience in HVDC business.
• Successful vocational training with some proven experience in Verification Engineer in HVDC field, preferably as Control & Protection design Engineer.
• Knowledge of developing and working with RSCAD models.
• Knowledge of HVDC system operational behaviour.
• Strong communication skills in English.

Responsibilities

• Design and create test specifications against software requirements.
• Gap analysis between standards and customer requirements to define test needs.
• Coordinate with project plan milestones for testing activities.
• Communicate failures clearly to engineering teams.
• Developing RSCAD models and studies for HVDC simulations.
• Define RTDS LAB interface requirements and power system modelling.

Skills

HVDC knowledge

Test design

Lab testing

RSCAD models

English comms

Education

Engineering degree

Power systems experience

Tools

RSCAD

MATLAB SIMULINK

PSCAD

Digsilent

Job description

Job Description Summary

The Verification and Validation Engineer ensures the verification and validation of HVDC Control Systems by creating and carrying out tests on our Controls Software to ensure that we have built the software right and that we have built the right software.

Job Description

Main duties and responsibilities will include.

• Design and create test specification against software requirements.
• Gap analysis between standard / design requirement and customer technical requirements further leading to defining of test requirement.
• Understand the key milestones in the project plan, ensure that the plan correctly provisions for the required testing activities.
• Clearly communicate details of failures to the respective engineering functions.
• Developing RSCAD models and undertaking various studies associated using them.
• Defining control system requirements for the RTDS LAB setup including AC DC interface requirement, Plant Emulator Interface requirement and RSCAD Power system network conversion, modelling and verification.
• Problem solving skills to support test issues especially lab setup and debugging skills.
• Strong sense of urgency and ability to identify and manage technical risks.
• Support testing of New Product Introduction (NPI) and Product care teams to develop existing and new products and tools.
• Dynamic performance studies using both offline and online simulation tools.
• Assist Validation Engineers to carry out execution of tests and provide clear reporting of results.
• Review and analyse the test results.
• Provide support to Commissioning Engineers during Dynamic commissioning at Site.
• Support continual improvement, raising the effectiveness and efficiency of the team through the introduction of tools, methods and process improvements and coordinating with the Continuous Improvement leaders
• Support a standard product methodology mindset, seek opportunities to re-use solutions, improve quality and reliability whilst reducing the delivery timeline and associated costs.

Qualifications / Essential Requirements

• Engineering degree or equivalent including power systems and power electronics subjects or proven equivalent knowledge and experience in HVDC business.

• Successfully completed vocational training with ideally some proven experience in the position of Verification Engineer in High Voltage field, preferably experience as a Control & Protection design Engineer. Good knowledge of overall 400kV substation, HVDC system (LCC/VSC/SVC) including control and protection system is essential.

• Knowledge and experience of developing and working with RSCAD models is essential.

• Knowledge of Overall HVDC System Operational behaviour.

• Strong communication skills with a fluency in English language.

• Knowledge of Microsoft Office Word and Excel is required, and Microsoft project would be beneficial.

• Knowledge of Fault Recorder (TFR) systems is preferred.

• Experience on MATCAD, PSCAD, PSS/E and MATLAB SIMULINK, EMTP-RV, Digsilent etc will added advantage.

• Knowledge of applicable electrical standards such as IEC 61850, IEC 62351, IEC 12207, IEEE 15288, IEC 25010, IEC 27032, NERC/CIP will be an added advantage.

Additional Information

Relocation Assistance Provided: No