Role Overview<\/b>
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The Head of Engineering – Solar Projects will lead end -to -end engineering for large -scale, ground -mounted solar power plants. The role covers concept development, FEED, detailed engineering, cost optimization, power evacuation, commissioning support, and digital transformation. The position requires strong leadership across DC, AC, civil & structural engineering, hybrid systems, BESS, and grid interconnection, with accountability for LCoE optimization and design excellence.
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Key Responsibilities<\/b>
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1. Engineering Leadership & Strategy<\/b>
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Lead end -to -end engineering for utility -scale solar projects (100 MW to multi -GW).
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Define engineering strategy, standards, SOPs, and specifications.
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Lead and mentor multidisciplinary teams (DC, AC, Civil, Structural, Power Evacuation, BESS).
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Act as the technical authority for land -based solar engineering decisions.
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2. Front -End & Detailed Engineering<\/b>
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Lead concept design, feasibility studies, FEED, and detailed engineering.
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Oversee plant layouts, SLDs, GAs, module/inverter selection, DC/AC sizing, cable schedules, and loss calculations.
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Ensure compliance with IEC, IS, IEEE, CEA, DISCOM, and utility standards.
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3. Cost Optimization & Financial Engineering<\/b>
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Drive LCoE and Capex optimization through design and technology innovation.
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Perform energy yield assessments using PVsyst / SAM.
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Support financial models (LCoE, IRR, NPV, LCoS).
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Prepare engineering budgets and secure approvals.
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4. Power Evacuation & Grid Integration<\/b>
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Lead engineering of pooling substations (33kV–765kV) and transmission lines.
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Coordinate with DISCOMs, TRANSCOs, PGCIL, NTPC, SLDCs for approvals.
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Ensure statutory clearances and grid compliance.
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5. Hybrid, BESS & Emerging Technologies<\/b>
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Lead engineering for Solar + Wind + BESS hybrid plants.
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Oversee battery sizing, technology evaluation, and optimization.
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Support green hydrogen integration.
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Evaluate and adopt emerging technologies.
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6. Project Support & Execution Interface<\/b>
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Provide engineering support during construction, commissioning, and handover.
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Resolve site -level engineering issues and deviations.
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Support QA, inspections, and performance validation.
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7. Digital Transformation & Innovation<\/b>
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Lead deployment of design and construction monitoring platforms.
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Implement drone -based monitoring, energy analytics, and asset digitization.
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Evaluate tools such as PVcase, SenseHawk, Solar Labs.
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Drive R&D initiatives, POCs, and pilot projects.
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8. Stakeholder & Management Interface<\/b>
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Present engineering proposals, budgets, and progress to senior leadership.
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Support pre -bid/post -bid engineering, due diligence, and M&A.
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Collaborate with EPCs, OEMs, consultants, and regulators.
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Key Skills & Competencies<\/b>
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Technical<\/b>
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Utility -scale ground -mounted solar engineering
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DC, AC, Civil & Structural engineering
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Power evacuation up to 765kV
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Hybrid systems & BESS integration
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Energy yield & performance analysis
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Grid compliance & statutory approvals
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Tools & Software<\/b>
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PVsyst, SAM, PVcase, AutoCAD Civil 3D, SketchUp
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QGIS, Aurora Solar, PVDesign
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ETAP, SAP, Primavera P6, MS Project
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Leadership & Behavioral<\/b>
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Leadership of large teams (40+ engineers)
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Strategic decision -making
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Budget ownership and optimization
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Strong executive and stakeholder communication
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Key Deliverables<\/b>
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Optimized engineering designs for large -scale solar plants
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Reduced LCoE and Capex
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Timely engineering approvals and execution support
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Scalable engineering frameworks for multi -GW portfolios
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Ideal Candidate Profile<\/b>
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18–20+ years of experience in renewable energy engineering
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Proven expertise in GW -scale land -based solar projects
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Background in EPC, IPP, or developer organizations
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Experience with hybrid systems, BESS, and power evacuation
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Exposure to Indian and international utilities
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