Engineer - System Studies (m/f/d)

Job Description Summary
As a Lead Engineer in System Studies (m/f/d) you will serve as a technical authority for our HVDC business. You will drive the design, optimization, and integration of complex HVDC systems-from concept through to operation. This role sits at the intersection of business strategy and engineering excellence, balancing customer requirements with technical feasibility to deliver industry-leading energy solutions.

Job Description

Key Responsibilities

• System Design & Optimization: Develop integrated scheme designs that balance performance, cost, and functionality. Perform system-level requirements engineering, trade studies, and design verification.
• Technical Expertise: Act as a Subject Matter Expert (SME) in:
  • Harmonics & Power Quality: AC/DC harmonic performance and stability for VSC/LCC schemes.
  • EMC/RFI: Electromagnetic compatibility and Radio Frequency Interference mitigation.
  • Filtering: Design and rating of AC, DC, and high-frequency harmonic filters.
• Leadership & Mentorship: Lead project-specific equipment specifications, mentor junior engineers to build high-performing HVDC talent, and contribute to global product development initiatives.
• Stakeholder Engagement: Represent GE Vernova before external clients, suppliers, and professional bodies (e.g., IEC, Cigré). Influence project outcomes through design reviews and technical negotiation.
• Innovation: Drive technical advancements by developing patents and publishing original research in global scientific forums.
• Safety & Quality: Champion EHS by identifying risks, promoting hazard reporting, and ensuring rigorous adherence to quality and safety standards.

• Education: Bachelor's or Master's degree in Power Systems Engineering (or equivalent).
• Experience: 10+ years of progressive professional experience in Power Systems Engineering, with significant expertise in HVDC System Studies.
• Technical Proficiency: Demonstrated experience in electrical power systems modeling, network analysis, and control systems.

• Modeling & Analysis: Proficiency in EMT software (PSCAD, EMTP-RV, ATP) and Power Network Analysis tools (PSS/E, DigSilent, Eurostag).
• Advanced Skills: Competence in MATLAB/Simulink, Python, and VBA for automation and data analysis.
• Domain Knowledge: Familiarity with HVDC valves, control systems, audible noise modeling (SoundPLAN), and Requirements Management (DOORS).

• Strategic Communication: Ability to articulate complex technical arguments to diverse stakeholders.
• Critical Thinking & Negotiation: Capability to manage competing interests, resolve technical disagreements, and craft win-win solutions.
• Engineering Leadership: A blend of technical intuition, project management, and operational accountability.
• Mindset: Self-motivated, resilient, and proactive with a curiosity for emerging technologies.