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On behalf of our client, we are looking for a highly experienced Principal R&D Hardware Engineer to lead development of auxiliary hardware systems for HVDC stations and transmission solutions. This is a senior technical leadership role where you will drive conceptual design, system architecture, and development of hardware solutions critical to HVDC infrastructure. You will act as a technical authority within the R&D organization, guiding design decisions, supporting cross-disciplinary collaboration, and ensuring compliance with performance, safety, and regulatory requirements.
Job Responsibility:
Lead R&D activities related to conceptualization, simulation, and development of auxiliary hardware systems for HVDC solutions
Design and develop hardware systems such as cooling systems, protection systems, control interfaces, and power supply units
Act as technical authority for hardware architecture and engineering decisions
Collaborate closely with system, software, and mechanical engineering teams to ensure successful integration within HVDC solutions
Lead reliability analysis, failure mode analysis (FMEA), and risk assessments
Oversee testing, commissioning, and troubleshooting of auxiliary hardware systems
Mentor and support junior engineers and contribute to technical knowledge sharing within the organization
Engage with customers and suppliers to clarify technical requirements and align design objectives
Represent the organization in technical forums, industry working groups, or HVDC-related conferences
Requirements:
Master’s degree or PhD in Electrical Engineering, Electronic Engineering, or a related field
10+ years of experience in hardware development for power systems
Strong experience with HVDC technology or auxiliary systems used in high-voltage applications
Proven experience leading complex engineering projects or technical innovation initiatives
Deep understanding of industry standards and best practices for high-voltage systems
Strong analytical, problem-solving, and communication skills
Experience with circuit design, simulation, and hardware testing tools
Experience with reliability engineering, regulatory compliance, and functional safety in power systems
Ability to collaborate effectively in international and multidisciplinary engineering teams