Head of Electrical Engineering

Engineering Leadership & Governance\n\n• Lead and manage complete electrical engineering functions across projects, including\n\nprimary, secondary, and detailed engineering.\n\n• Define engineering strategies, standards, and best practices for power system and\n\nsubstation projects.\n\n• Provide technical direction, approvals, and design governance across all project\n\nphases.\n\n• Mentor and develop engineering teams, ensuring skill enhancement and technical\n\nexcellence.\n\n2. Electrical Diagrams & System Engineering\n\n• Oversee preparation and review of overall Single Line Diagrams (SLDs) and protection\n\nschemes for EHV/MV/LV systems.\n\n• Ensure development and validation of schematic diagrams, control logics, I/O lists,\n\nschedules, and interlocking philosophies.\n\n• Review and approve system control, protection, and automation schemes.\n\n3. Substation & Power System Expertise\n\n• Provide expert guidance on AIS/GIS substation engineering up to 400kV.\n\n• Oversee conductor sizing, sag-tension analysis, and short circuit force calculations.\n\n• Approve protection philosophies and ensure system reliability and selectivity.\n\n• Review design and analysis of conductors, insulators, bus systems, and associated\n\nequipment.\n\n4.

System Studies & Simulations\n\n• Lead load flow, short circuit, motor starting, and stability studies using ETAP and manual\n\nmethods.\n\n• Review study assumptions, results, and mitigation measures to ensure system\n\nadequacy and compliance.\n\n• Interface with utilities and consultants for system approval and grid connectivity\n\nstudies.\n\n5. Detailed Engineering Oversight\n\n• Oversee preparation and review of:\n\no Cable schedules and routing philosophies\n\no Illumination system designs\n\no Earthing and earth mat designs\n\no Lightning protection system designs and BOQs\n\n• Ensure compliance with applicable IS/IEC/IEEE standards and project specifications.\n\n6. Layouts & Drawings Review\n\n• Review and approve substation GA drawings, equipment layouts, erection key diagrams,\n\nraceways, grounding, lighting, and cable trench layouts.\n\n• Ensure constructability, safety, and optimization in all engineering deliverables.\n\n7.

Equipment Engineering & Sizing\n\n• Provide technical approval for sizing and selection of:\n\no Power transformers, CTs, PTs\n\no Circuit breakers, isolators, lightning arresters\n\no HT/LT switchboards, MCCs\n\no DC systems, UPS, batteries, chargers, and auxiliary systems\n\n• Ensure alignment with project requirements, standards, and lifecycle reliability.\n\n8. Tendering & Technical Bid Evaluation\n\n• Lead preparation of tender specifications, design basis reports (DBR), data sheets, and\n\nmaterial requisites (MRs).\n\n• Head technical bid evaluation (TBE) activities, including bid comparisons and technical\n\nclarifications.\n\n• Recommend optimal technical solutions balancing performance, reliability, cost, and\n\ncompliance.\n\n9. Secondary Systems & Automation\n\n• Provide leadership in secondary engineering including:\n\no Control and relay panel (CRP) design and vetting\n\no Protection relay schemes and philosophies\n\no SCADA, RTU, SAS, PLCC, and FOTE systems\n\n• Ensure seamless integration between primary and secondary systems.\n\n10.

Stakeholder & Project Interface\n\n• Act as the technical authority in interactions with clients, utilities, EPC partners, OEMs,\n\nand consultants.\n\n• Support project management teams in resolving technical risks, deviations, and change\n\nmanagement.\n\n• Ensure timely delivery of engineering milestones aligned with project schedules.\n\nKey Skills & Competencies\n\n• Strong expertise in power system engineering, EHV/MV/LV 400kv substations, and grid integration\n\n• In-depth knowledge of protection systems, system studies, and electrical standards\n\n• Proven leadership and team management capabilities\n\n• Strong analytical, decision-making, and problem-solving skills\n\n• Excellent communication and stakeholder management abilities