Core Engineering- Electrical Design And Engineering

Job Profile: Core Engineering- Electrical

Overall Experience

15+ years of progressive experience in electrical engineering roles, with a strong emphasis on power systems design, analysis, and critical infrastructure.

Minimum of 8-10 years of dedicated experience in the design, research, and development of complex electrical systems for large-scale data centers, hyperscale cloud environments

Role Purpose:

The Core Engineering and Innovation Lead - Electricals primary purpose is to drive the strategic direction and technological advancement of electrical infrastructure within our data center portfolio. This role is focused on leading research, developing innovative electrical designs, establishing global engineering standards, evaluating emerging technologies, and providing expert electrical guidance to optimize performance, enhance scalability, and achieve sustainable outcomes for future data center deployments.

Key Responsibilities:

• Advanced Electrical System Design & Innovation:

• Lead the research, conceptualization, and design of next-generation electrical power systems for data centers, including utility interfaces, high-voltage distribution, medium/low voltage switchgear, advanced UPS topologies (e.g., modular, battery-based, flywheel), generators, energy storage solutions (e.g., battery energy storage systems - BESS), and renewable energy integration.
• Develop innovative electrical architectures that push the boundaries of efficiency, power density, scalability, and resilience beyond current industry norms.
• Conduct feasibility studies, technical evaluations, and cost-benefit analyses for new electrical technologies and design concepts.

•Global Electrical Engineering Standards & Best Practices:

• Define, develop, and maintain global electrical engineering standards, specifications, and best practices for data center design and construction, ensuring consistency, reliability, and cost-effectiveness across all regions.
• Evaluate and incorporate relevant industry standards (e.g., IEEE, NFPA, IEC, Uptime Institute, ASHRAE, local codes) into design guidelines.
• Drive standardization of electrical components, equipment, and processes to optimize supply chain, reduce lead times, and improve operational maintainability.

•Technology Scouting & Evaluation:

• Actively research and scout emerging electrical technologies, disruptive innovations, and cutting-edge solutions in power electronics, renewable energy, smart grid integration, and energy storage relevant to data centers.
• Conduct rigorous technical due diligence, testing, and proof-of-concept initiatives for promising new technologies.
• Develop technology roadmaps for future electrical infrastructure upgrades and deployments.

•Cross-Functional Collaboration & Subject Matter Expertise:

• Serve as the top-tier electrical subject matter expert (SME) for the organization, providing advanced technical guidance and mentorship to regional engineering teams, operations, and project managers.
• Collaborate closely with Mechanical, BMS/Automation, IT Infrastructure, and other Core Engineering Leads to develop integrated, holistic data center designs.
• Partner with R&D teams, vendors, and academic institutions to drive joint innovation efforts.

•Performance Optimization & Future Proofing:

• Develop methodologies and tools for analyzing electrical system performance, efficiency (PUE, energy losses), reliability, and power quality.
• Define strategies for future-proofing electrical infrastructure against evolving power demands, regulatory changes, and sustainability goals.
• Lead initiatives for advanced power monitoring, controls, and predictive analytics for electrical systems.

•Documentation & Intellectual Property:

• Generate comprehensive engineering reports, white papers, technical specifications, and design guidelines.
• Contribute to the development of intellectual property (patents, trade secrets) related to data center electrical systems.