HVDC Project Engineer

What does a HVDC Project Engineer Do?

An HVDC Project Engineer is responsible for managing the complete lifecycle of High Voltage Direct Current (HVDC) transmission projects, from conceptual design to installation, commissioning, and integration into the existing AC grid. This role requires a combination of technical expertise, project management skills, and the ability to handle complex interdisciplinary coordination with various experts in high-voltage engineering, control systems, and grid operations.

Example HVDC Project Engineer Job Description

Working as part of a large team, the HVDC Project Engineer ensures that all technical specifications, safety standards, and economic factors are meticulously managed to deliver efficient and reliable HVDC systems. This role involves assessing tender proposals, conducting technical and economic studies, and acting as the key liaison between the client, contractors, and technical experts.

Responsibilities of a HVDC Project Engineer

• Tender Assessments: Evaluate tender proposals from HVDC converter manufacturers and other contractors. Prepare detailed technical and economic assessments of these proposals, ensuring that the specifications meet the project’s needs and challenging them where necessary to optimize cost and technical performance.
• Design and Planning: Lead the conceptual design and planning of HVDC systems, including converter stations, transformers, valve submodules, and other core components. Collaborate with other engineers (civil, mechanical, control systems) to ensure seamless integration and compliance with safety, performance, and regulatory standards.
• Technical Studies: Perform technical studies related to HVDC system integration, including insulation coordination, dynamic performance, harmonic studies, and other system performance metrics. Ensure that designs are compatible with the AC grid, addressing key issues such as reliability, safety, and maintenance requirements.
• Documentation and Reporting: Provide periodic reports to the lead project coordinator, outlining progress, technical challenges, and lessons learned. Maintain thorough project documentation and participate in knowledge sharing to improve future projects.
• Interdisciplinary Coordination: Coordinate with technical experts in various fields, such as high-voltage and low-voltage equipment, control & protection (C&P) design, transient and harmonic studies, and IT systems to resolve technical challenges and ensure a smooth workflow.
• Grid Integration: Ensure the seamless integration of HVDC systems into the existing AC grid while complying with the client’s standards for maintenance, operations, safety, and reliability. Collaborate with utility companies, grid operators, and technical teams to meet these critical requirements.
• Safety and Compliance: Promote Health, Safety, and Environment (HSE) best practices throughout the project. Ensure that all work complies with local and international standards, regulatory requirements, and the client’s safety guidelines.
• Lessons Learned: After project completion, participate in lessons learned exercises and share insights across the organization to promote continuous improvement in future HVDC projects.
• Support for Other Power-Electronic Assets: Depending on project timelines and execution, you may also support other power-electronic based assets, such as FACTS (Flexible AC Transmission Systems).

Day-to-Day Tasks of an HVDC Project Engineer

• Review and assess tender proposals for technical accuracy and economic viability, particularly in relation to core business activities of the client.
• Conduct technical meetings with HVDC converter manufacturers and other contractors.
• Collaborate with technical experts on various aspects of HVDC system design and integration, including high-voltage equipment, low-voltage equipment, control systems, and grid studies.
• Oversee the testing and commissioning phases, ensuring all components operate as required under various load conditions.
• Prepare documentation such as technical reports, daily progress updates, and handover materials.
• Participate in project coordination meetings, and maintain clear communication between contractors, vendors, and internal teams.

Required Qualifications and Certifications

• Minimum 5 years of experience in the conceptual design and development of HVDC converter stations.
• Extensive knowledge of high-voltage engineering and HVDC-specific equipment, including valve submodules, capacitors, reactors, and transformers.
• Experience with design studies and their interfaces, such as insulation coordination, dynamic system analysis, and harmonic studies.
• Understanding of auxiliary systems linked to HVDC converter stations, such as HVAC and cooling systems.
• Fluency in both English and relevant languages, depending on location.
• Technical adaptability: Ability to identify and resolve technical issues within complex environments, and to work across different technical disciplines.
• Familiarity with Health, Safety, and Environment (HSE) standards, including certifications such as IOSH Managing Safely.
• Project Management: Experience with project management tools and methodologies (PMP, Prince2, or similar certifications are beneficial).
• Medical fitness: Ability to meet physical requirements, including medical fitness for industrial environments, and willingness to work on-site when necessary.

This role is ideal for engineers with a strong background in high-voltage power systems, project management, and a passion for advancing power transmission technologies. As a key member of a global team, you’ll be part of a forward-thinking organisation that delivers critical energy infrastructure, enabling the integration of renewable energy and ensuring the reliability of modern power grids.