Electrical Engineer – Component (GE Vernova)
About GE Vernova
GE Vernova is a purpose-built energy technology company with a bold mission to electrify and decarbonize the world. Comprising three distinct businesses Power, Wind, and Electrification GE Vernova is focused on accelerating the transition to more reliable, affordable, and sustainable energy. By delivering innovative solutions, we empower our customers to power economies, protect lives, and enhance quality of life globally.
Job Title: Electrical Engineer – Component
📍 Location: Chennai
🕒 Type: Full-Time
🎓 Experience: 2–3 Years
📐 Industry: Energy, Power Systems, Substation Engineering
Role Summary
As a Electrical Engineer – Component, you will play a critical role in developing engineering solutions for substation automation systems (SAS) and conventional protection systems for voltage levels ranging from 33kV to 765kV. You will lead the design process, interface with customers for technical validation, and ensure timely delivery of high-quality engineering documentation aligned with project timelines and standards.
Key Responsibilities
🔧 Design & Engineering
- Analyze project specifications and customer requirements to prepare compliant and optimized technical solutions.
- Create and validate engineering designs, schematics, calculations, and layout drawings.
- Select and requisition IEDs, relays, and other control system components.
- Develop cost-effective design configurations while meeting all technical standards and safety protocols.
🗂 Documentation & Execution
- Prepare and release technical documentation for procurement, manufacturing, testing, and site commissioning.
- Coordinate with procurement and manufacturing teams, ensuring material readiness.
- Provide technical support during Factory Acceptance Testing (FAT) and commissioning phases.
- Create as-built documentation and implement Return of Experience (RoE) insights into design improvements.
🤝 Stakeholder Coordination
- Attend and lead customer meetings for technical reviews and documentation approvals.
- Collaborate cross-functionally with internal teams and vendors to ensure seamless execution.
- Maintain effective communication with site engineers to resolve any design-related challenges.
⏱ Delivery & Quality Assurance
- Collaborate with the project team to define deliverables and maintain project timelines.
- Monitor and manage design hours spent on various activities for resource optimization.
- Identify risks or deviations early and propose corrective measures to avoid delivery bottlenecks.
- Comply with internal quality procedures, tools, and engineering practices.
Required Qualifications
- Bachelor’s degree in Electrical & Electronics Engineering or Electrical Engineering.
- 2–3 years of experience in Protection & Control design, power system engineering, or commissioning.
Core Competencies
- Strong foundation in Power Systems, Substation Automation, and Protection Philosophies.
- Working knowledge of communication protocols and design tools.
- Familiarity with Protection IEDs, cubicle manufacturing, and engineering calculations.
- Proficiency in reading and preparing single-line diagrams and control schematics.
Desired Characteristics
- Excellent written and verbal communication skills.
- Strong problem-solving abilities and independent decision-making.
- Collaborative mindset with a focus on teamwork and innovation.
- Ability to influence and gain customer trust during technical discussions.
Frequently Asked Questions (FAQs)
What voltage levels will I be working on in this role?
You will be designing solutions for substations operating from 33kV to 765kV, covering a wide spectrum of utility and industrial applications.
Does this role involve on-site responsibilities?
Yes, while the role is primarily design-based, you may be required to support Factory Acceptance Tests (FAT) and site teams during commissioning and snag resolution phases.
What types of systems or protocols should I be familiar with?
A solid understanding of Substation Automation Systems (SAS), Protection IEDs, and communication protocols such as IEC 61850 is highly desirable.