Equipment Engineer - HVDC System Design

Hitachi Automotive Systems Americas, Inc.; Chennai; Hybrid; INR 4,200,000 - 6,600,000; Full time

Job summary

Hitachi Energy Technology Services Private Limited in Chennai, India, seeks an Equipment Engineer for HVDC system design. The role requires 10+ years in high-voltage electrical equipment and HVDC projects, with strong knowledge of IEC standards and supplier collaboration.

Hybrid work setup in Chennai is offered. You will own main circuit equipment, review specifications, and drive design reviews and testing across the project lifecycle.

Qualifications

• Bachelor’s or Master’s degree in Electrical Engineering, Power Systems, High Voltage Engineering, or related discipline.
• Strong academic and practical understanding of electrical power systems and high-voltage equipment.
• 10+ years of experience in high-voltage electrical equipment, switchgear, HVDC, or power transmission projects.

Responsibilities

• Take technical ownership of main circuit equipment throughout the project lifecycle.
• Define equipment requirements and develop technical specifications.
• Evaluate supplier designs and calculations, and proposals.
• Lead technical discussions with suppliers and resolve engineering issues.
• Review and approve design documentation, test plans and qualification evidence.
• Support type testing, factory acceptance testing, and site activities.
• Identify technical risks and mitigate them.
• Support standardization and design optimization.

Skills

HVDC systems

High voltage equipment

IEC standards

Electrical schematics

Supplier collaboration

Design reviews

Education

Electrical engineering degree

Power systems

High voltage engineering

Tools

Excel

Engineering tools

Job description

## Equipment Engineer - HVDC System DesignApply: Hybrid: Chennai, Tamil Nadu, India: Full time: Posted Today: End Date: September 28, 2026 (18 days left to apply): R0144074**Location:**Chennai, Tamil Nadu, India**Job ID:**R0144074**Date Posted:**2026-09-09**Company Name:**HITACHI ENERGY TECHNOLOGY SERVICES PRIVATE LIMITED**Profession (Job Category):**Engineering & Science**Job Schedule:**Full time**Remote:**No**Job Description:**Education - Bachelor’s or Master’s degree in Electrical Engineering, Power Systems, High Voltage Engineering, or a related discipline.- Strong academic and practical understanding of electrical power systems and high-voltage equipment. Professional Experience - 10+ years of experience in high-voltage electrical equipment, switchgear, HVDC, or power transmission projects.- Hands-on experience with main circuit equipment, such as: - AC/DC circuit breakers - Disconnectors and earthing switches - High-speed switches - Commutating switches - Converter reactors - Surge arresters - Current transformers and voltage transformers - Grading and insulation systems- Experience in HVDC projects, equipment design, engineering, testing, qualification, or commissioning is preferred.- Experience working with equipment suppliers and participating in technical reviews, design reviews, and resolution of technical issues. Technical Knowledge - Good knowledge of IEC and relevant international standards, particularly IEC 62271 series and applicable HVDC standards.- Understanding of: - Short-circuit phenomena and breaker duties - TRV and recovery voltage - Making and breaking currents - DC time constant and DC component - Switching transients and point-on-wave switching - Insulation coordination - Dielectric and temperature-rise requirements - Mechanical and electrical endurance - Type, routine, and special tests- Ability to understand and review electrical schematics, technical specifications, datasheets, type-test reports, and design calculations.- Knowledge of HVDC converter stations and the interaction between main circuit equipment and the overall HVDC system. Technical Responsibilities - Take technical ownership of assigned main circuit equipment throughout the project lifecycle.- Define equipment requirements and develop/review technical specifications.- Evaluate supplier designs, deviations, calculations, and technical proposals.- Lead technical discussions with suppliers and resolve engineering issues.- Review and approve design documentation, test plans, test reports, and qualification evidence.- Support type testing, routine testing, factory acceptance testing, and site-related technical activities.- Identify technical risks and ensure appropriate mitigation actions.- Support standardization, design optimization, and continuous improvement of equipment. Commercial & Affordability Awareness - Understand the relationship between equipment design, technical requirements, cost, quality, and reliability.- Identify opportunities for cost reduction and design-to-cost/affordability improvements without compromising safety, performance, or reliability.- Support supplier benchmarking, specification optimization, and value-engineering initiatives.- Ability to challenge unnecessary technical requirements and propose technically sound alternatives. Collaboration & Leadership - Ability to work effectively with system engineering, project engineering, procurement, quality, manufacturing, testing, and R&D teams.- Strong supplier and stakeholder management skills.- Ability to lead technical reviews and drive actions to closure.- Good communication skills with the ability to explain complex technical subjects clearly.- Ability to work in a global, multicultural engineering environment. Desired Skills - Strong problem-solving and analytical capability.- Proactive approach to identifying technical risks and opportunities.- Ability to work independently and make technically justified decisions.- Good documentation and presentation skills.- Experience with engineering tools, Excel, data analysis, and technical reporting.- Willingness to travel internationally for supplier visits, testing, workshops, and project activities. Preferred Profile The ideal candidate should combine strong practical HV/high-voltage equipment experience with system-level understanding, and should be capable of independently challenging designs, validating supplier claims, identifying technical risks, and taking ownership of equipment performance from specification through testing and project delivery.