HVDC Senior/Principal System Design Consultant FlexGrid at DNV

Bengaluru, karnataka, India -

Full Time

Start Date

Immediate

Expiry Date

24 May, 26

Salary

0.0

Posted On

23 Feb, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

HVDC System Design, System Studies, Electrical Engineering, Technical Advisory, Owner's Engineering, Independent Engineering, Dynamic Modelling, Stability Analysis, Converter Control, Fault Management, Grid Code Compliance, Tender Processes, Commissioning Tests, Business Development, Mentoring, FACTS Technologies

Industry

Public Safety

Description

Are you passionate about HVDC technology and the role it plays in advancing the energy transition? Join us at DNV as a Senior HVDC System Design Consultant – FlexGrid HV and play a key part in developing cutting-edge HVDC transmission solutions that enhance affordability, sustainability, and reliability in electricity networks worldwide. Why DNV? You will join our innovative global FlexGrid HV venture, dedicated to scaling up HVDC and FACTS technologies. We work with diverse clients—utilities, system operators, developers, investors, government agencies, EPCs, and OEMs—offering services that range from Technical Advisory and Owner’s Engineering to Independent Engineering. Your expertise will directly contribute to shaping the future of high-voltage electricity transmission. What you will do: As our Senior HVDC System Design Consultant you will partner with colleagues on national and international projects, collaborating with teams across DNV in areas like system studies, electrical engineering, offshore wind, permitting, environmental impact analysis, and markets & risk. You provide your expert guidance to the customer, help design and implement HVDC systems that meet evolving industry needs. Lead and contribute to industry training courses, share insights through "lunch & learn" sessions, and represent DNV at conferences and in standards development forums. Responsibilities you can expect are: Design and Feasibility Studies: Create conceptual designs for HVDC and AC systems, conduct feasibility studies, and assess CAPEX, OPEX, losses, availability and constructability to meet customers’ unique transmission needs. System and Equipment Design: Perform, develop and review electrical system studies, equipment design specs, and general arrangements for HVDC systems and substations. System Studies and Modelling: Lead or review simulations and system studies, including dynamic modelling and stability analysis for HVDC systems. Control and Protection Strategies: Develop and review strategies for HVDC multi-terminal projects, focusing on converter control, fault management, and grid code compliance. Technical Negotiations and Testing: Prepare specifications, support tender processes, and witness commissioning tests (FAT/SAT), ensuring solutions meet customer and regulatory requirements. Reporting and Commercial Offers: Deliver clear, high-quality reports and proposals to customers. Besides projects you will also collaborate on developing our service portfolio, monitoring market trends, and contributing to annual planning. You willrepresent DNV at conferences, publish thought leadership, and engage in standardization initiatives (e.g., IEEE, IEC, CIGRE). You will build lasting relationships through business development with new and existing customers. Finally, you will coach and mentor junior consultants, guiding their technical career growth. About Energy Systems We help customers navigate the complex transition to a decarbonized and more sustainable energy future. We do this by assuring that energy systems work safely and effectively, using solutions that are increasingly digital. We also help industries and governments to navigate the many complex, interrelated transitions taking place globally and regionally, in the energy industry.

Responsibilities

The consultant will partner on national and international projects, providing expert guidance on designing and implementing HVDC systems, leading system studies, developing control strategies, and contributing to industry training and standardization forums. Responsibilities include creating conceptual designs, performing electrical system studies, reviewing equipment specifications, supporting tenders, and delivering high-quality reports.