Engineering Head Electrical & Power Systems

• Lead and manage complete electrical engineering functions across projects, including primary, secondary, and detailed engineering.
  
• Define engineering strategies, standards, and best practices for power system and substation projects.
  
• Provide technical direction, approvals, and design governance across all project phases.
  
• Mentor and develop engineering teams, ensuring skill enhancement and technical excellence.
  

• Oversee preparation and review of overall Single Line Diagrams (SLDs) and protection schemes for EHV/MV/LV systems.
  
• Ensure development and validation of schematic diagrams, control logics, I/O lists, schedules, and interlocking philosophies.
  
• Review and approve system control, protection, and automation schemes.
  
  

• Provide expert guidance on AIS/GIS substation engineering up to 220kV.
  
• Oversee conductor sizing, sag -tension analysis, and short circuit force calculations.
  
• Approve protection philosophies and ensure system reliability and selectivity.
  
• Review design and analysis of conductors, insulators, bus systems, and associated equipment.
  

• Lead load flow, short circuit, motor starting, and stability studies using ETAP and manual methods.
  
• Review study assumptions, results, and mitigation measures to ensure system adequacy and compliance.
  
• Interface with utilities and consultants for system approval and grid connectivity studies.
  
  

• Oversee preparation and review of:
  o Cable schedules and routing philosophies
  o Illumination system designs
  o Earthing and earth mat designs
  o Lightning protection system designs and BOQs
  
• Ensure compliance with applicable IS/IEC/IEEE standards and project specifications.
  

• Review and approve substation GA drawings, equipment layouts, erection key diagrams, raceways, grounding, lighting, and cable trench layouts.
  
• Ensure constructability, safety, and optimization in all engineering deliverables.
  

• Provide technical approval for sizing and selection of:
  o Power transformers, CTs, PTs
  o Circuit breakers, isolators, lightning arresters
  o HT/LT switchboards, MCCs
  o DC systems, UPS, batteries, chargers, and auxiliary systems
  
• Ensure alignment with project requirements, standards, and lifecycle reliability.
  

• Lead preparation of tender specifications, design basis reports (DBR), data sheets, and material requisites (MRs).
  
• Head technical bid evaluation (TBE) activities, including bid comparisons and technical clarifications.
  
• Recommend optimal technical solutions balancing performance, reliability, cost, and compliance.
  

• Provide leadership in secondary engineering including:
  o Control and relay panel (CRP) design and vetting
  o Protection relay schemes and philosophies
  o SCADA, RTU, SAS, PLCC, and FOTE systems
  
• Ensure seamless integration between primary and secondary systems.
  

• Act as the technical authority in interactions with clients, utilities, EPC partners, OEMs, and consultants.
  
• Support project management teams in resolving technical risks, deviations, and change management.
  
• Ensure timely delivery of engineering milestones aligned with project schedules.
  

Requirements

• Strong expertise in power system engineering, EHV/MV/LV substations, and grid
  integration
  
• In -depth knowledge of protection systems, system studies, and electrical standards
  
• Proven leadership and team management capabilities
  
• Strong analytical, decision -making, and problem -solving skills
  
• Excellent communication and stakeholder management abilities