Principal Engineer - HVDC Systems Engineering (M/D/F)

GE Vernova; Berlin; Hybrid; EUR 65.000 - 95.000; Vollzeit

Benefits dieser Stelle

Hybrid work model

Zusammenfassung

GE Vernova is seeking a Principal Engineer - HVDC Systems Engineering to lead the development of safe, reliable HVDC solutions and translate customer requirements into integrated designs across the project lifecycle. The role is based in Berlin, Germany or Stafford, UK with a hybrid working model.

You will collaborate with engineering, technology, supply chain and project teams, mentor engineers, and contribute to standards, tools, and IP activities, helping GE Vernova accelerate the energy

Qualifikationen

• HVDC system design and studies expertise
• Experience across power system design, circuit analysis, power control, reactive power design, and HVAC/HVDC topics
• Knowledge of high-voltage equipment specification, design, testing, lifecycle management
• Electrical power systems modelling and analysis
• Reliability, availability, and maintainability concepts
• Insulation coordination, harmonic analysis, power quality, RF interference, EMI/EMC
• Audible noise assessment and mitigation
• Familiarity with power network analysis tools (Python, MATLAB, Simulink, PSCAD, etc.)
• Strong English communication and stakeholder influence
• Collaborative leadership and planning
• Continuous improvement and innovation mindset

Aufgaben

• Lead the overall HVDC technical solution to meet customer requirements using reference solutions and sound engineering judgement
• Develop integrated HVDC scheme designs by defining subsystem ratings, functionalities, and interfaces in an optimized and cost-effective way
• Plan execution strategies with team leaders, supporting engineering estimates, and identifying risks, issues, and mitigation plans for new opportunities
• Define and maintain technical specifications, guidance notes, and engineering standards for HVDC systems and high-value high-voltage equipment
• Manage the lifecycle of key high-voltage equipment, including transformers, reactors, capacitors, instrument transformers, and surge arresters, from requirements and specification through supplier management, validation, testing, manufacturing, and commissioning
• Deliver reliability, availability, and maintainability studies, as well as electrical losses modelling, to provide clear technical insight and support lifecycle decision-making
• Provide expert technical input to design reviews, project proposals, customer negotiations, supplier audits, and cross-functional problem solving across manufacturing, supply, and field activities
• Improve engineering tools, operational processes, systems, and technical solutions to enhance customer value, business efficiency, product introduction, cost performance, and schedule adherence
• Represent GE Vernova externally with customers, suppliers, professional bodies, conferences, and academic institutions, while supporting innovation and intellectual property activities including patent evaluation
• Mentoring engineers, supporting technical development, and contributing to hiring and promotion discussions within the engineering community

Kenntnisse

HVDC system design

Power system analysis

HVDC engineering

Electrical equipment specs

Reliability

Insulation coordination

Harmonic analysis

Power quality

EMC

Audible noise

PSS/E

DIgSILENT

PSCAD

EMTP-RV

ATP

ReliaSoft

Isograph

SoundPLAN

DOORS

Python

MATLAB

Simulink

VBA

Technical leadership

Ausbildung

Bachelor/Master in Power Systems Engineering

Tools

PSS/E

DIgSILENT

PSCAD

EMTP-RV

ATP

ReliaSoft

Isograph

SoundPLAN

DOORS

Python

MATLAB

Simulink

VBA

Jobbeschreibung

Job Description Summary

Job Description

Do you want to shape the technical future of HVDC projects and help deliver the grid systems that power a lower-carbon world?

GE Vernova is looking for an exceptional Principal Engineer - HVDC Systems Engineering to join ourElectrificationteam based in Stafford, UK or Berlin, Germany.

GE Vernova - The Energy to Change the World

With over 130 years of experience and proven innovation, GE Vernova is leading a new era of energy. We are electrifying the world while working to decarbonize it. Our name reflects our mission. “GE” carries a legacy of quality and ingenuity. “Ver” signals Earth’s lush ecosystems, while “Nova” nods to a new era of lower-carbon energy we are helping to deliver.

Focused on the future, GE Vernova is accelerating the shift to reliable, affordable, and sustainable energy. We help customers power economies and deliver electricity vital to health, safety, and quality of life.

Electrification

Our Electrification solutions modernize grids, enable renewable integration, and strengthen energy systems. From software to power conversion and storage, we help create smarter, more resilient energy networks.

Let’s Talk about the Role

As Principal Engineer - HVDC Systems Engineering , you lead the development of safe, reliable, and commercially effective HVDC system solutions that help customers connect power, strengthen networks, and support the energy transition.

You take ownership of the overall technical solution for HVDC projects, translating customer requirements into integrated system designs, equipment specifications, engineering strategies, and technical decisions across the project lifecycle. You work closely with teams across engineering, technology, supply chain, and project delivery, while also representing GE Vernova with customers, suppliers, industry bodies, and academic partners. Alongside project work, you help improve the tools, standards, and processes that strengthen HVDC system engineering capability for the future.

How You Will Make a Difference

• Leading the overall HVDC technical solution to meet customer requirements using reference solutions and sound engineering judgement
• Developing integrated HVDC scheme designs by defining subsystem ratings, functionalities, and interfaces in an optimized and cost-effective way
• Planning execution strategies with team leaders, supporting engineering estimates, and identifying risks, issues, and mitigation plans for new opportunities
• Defining and maintaining technical specifications, guidance notes, and engineering standards for HVDC systems and high-value high-voltage equipment
• Managing the lifecycle of key high-voltage equipment, including transformers, reactors, capacitors, instrument transformers, and surge arresters, from requirements and specification through supplier management, validation, testing, manufacturing, and commissioning
• Delivering reliability, availability, and maintainability studies, as well as electrical losses modelling, to provide clear technical insight and support lifecycle decision-making
• Providing expert technical input to design reviews, project proposals, customer negotiations, supplier audits, and cross-functional problem solving across manufacturing, supply, and field activities
• Improving engineering tools, operational processes, systems, and technical solutions to enhance customer value, business efficiency, product introduction, cost performance, and schedule adherence
• Representing GE Vernova externally with customers, suppliers, professional bodies, conferences, and academic institutions, while supporting innovation and intellectual property activities including patent evaluation
• Mentoring engineers, supporting technical development and succession planning, and contributing to hiring and promotion discussions within the engineering community

Skills for Success

You are a technically deep, commercially aware, and collaborative engineering leader who combines HVDC expertise with strong judgement, communication, and a drive to solve complex power system challenges.

• The ability to lead HVDC system design and studies , translating customer needs into practical, robust, and value-driven technical solutions
• The capability to work across power system design, circuit analysis, power control, reactive power design , and broader HVAC and HVDC system engineering topics
• An understanding of high-voltage equipment specification, design, testing, and lifecycle management , including transformers, reactors, capacitors, switchgear, instrument transformers, transducers, surge arresters, bushings, and insulators
• An expertise in electrical power systems modelling and analysis , including awareness of network studies and the ability to assess system performance, losses, and technical risk
• Knowledge of key technical areas such as reliability, availability, and maintainability , insulation coordination , harmonic analysis , power quality , radio frequency interference , electromagnetic compatibility , and audible noise assessment and mitigation
• Familiarity with tools used in power network analysis, electromagnetic transient studies, reliability assessment, audible noise studies, requirements management, and technical scripting or modelling, such as PSS/E, DIgSILENT, PSCAD, EMTP-RV, ATP, ReliaSoft, Isograph, SoundPLAN, DOORS, Python, MATLAB, Simulink, and VBA
• The ability to communicate clearly in English, build well-supported technical arguments, influence stakeholders, and work effectively with customers, suppliers, and multidisciplinary global teams
• A collaborative and thoughtful approach to technical leadership, planning, negotiation, team facilitation, risk and opportunity management, and engineering decision-making
• A strong interest in continuous improvement, innovation, emerging technologies, and sharing knowledge to help others grow

A formal education and subsequent University Bachelor or Master’s degree in Power Systems Engineering or a related field are nice to have, but we are most interested in your total experience, technical expertise, and professional achievements.

Where and how you’ll work

This is a permanent position based in our Stafford, UK or Berlin, Germany office.

We have a hybrid working model which gives you flexibility to work from our offices and from home.

Our Culture

Every action shapes our future. That’s why our north star is a culture of impact, where everyone is empowered to thrive and achieve.

Addressing the urgent need to build a more sustainable electric power system while improving the trajectory of climate change emissions are global priorities, and we take our responsibility seriously. That is our mission at GE Vernova: continuing to electrify to thrive and decarbonize the world. We play a significant role in leading a new era of energy.

Our technology helps generate approximately twenty-five percent of the world’s electricity today, and we are working to power the rest. If we want the future of energy to be different, then join us and be the difference. Together, we are the Energy of Change!

We’re determined to be the best place to grow

We believe that strong careers are built on a variety of experiences, strong connections, and continuous development. We’re committed to providing you the tools to navigate and shape a strong career journey that aligns with a healthy work-life balance. No two careers are the same, and yours should reflect your personal and professional goals. Your people leader and trusted mentors will support you through navigating your journey.

We also prioritize fair pay, performance-based rewards, and wellbeing programs for you and your family. With opportunities to move across teams and functions, your career can keep evolving while sustainability stays at the core of everything we do.

Inclusion & Diversity

We are passionate about creating an inclusive work environment. By valuing the ideas and contributions of a diverse workforce we help inspire others to grow, succeed, and raise the bar for everyone.

As an equal opportunity and affirmative action employer, GE Vernova is committed to support disadvantaged groups whilst providing equal opportunities for both GE Vernova associates and applicants alike.

Join us at GE Vernova where results can be achieved by embracing a community of belonging.

Additional Information

Relocation Assistance Provided: No