About the Opportunity A rapidly expanding solar energy solutions provider operating across India, we specialize in designing, engineering, and deploying cost-efficient, scalable solar PV systems for commercial, industrial, and utility-scale clients. Our mission is to accelerate India’s clean energy transition by delivering technically sound, site-optimized solar designs that maximize ROI and regulatory compliance—while staying ahead of evolving grid and sustainability standards.
Role & Responsibilities
Design utility-scale and rooftop solar PV systems from concept to detailed engineering, including layout optimization, shading analysis, and energy yield simulation.
Prepare comprehensive technical drawings, single-line diagrams, BoQs, and system specifications using AutoCAD, PVsyst, and Helioscope.
Conduct site assessments and feasibility studies to validate design assumptions, including structural, electrical, and environmental constraints.
Coordinate with project managers, civil engineers, and procurement to ensure design compliance with timelines, budgets, and local regulations (MNRE, DISCOM, IEC, NEC).
Perform techno-economic analysis to benchmark system performance, ROI, and LCOE against client targets and industry benchmarks.
Support permitting and approval processes by preparing technical documentation for grid interconnection, safety compliance, and environmental clearances.
Skills & Qualifications
Must-Have
PVsyst
AutoCAD
Helioscope
IEC Standards
MNRE Guidelines
Single-Line Diagrams
Preferred
ETAP or DIgSILENT PowerFactory
Experience with DISCOM interconnection protocols
Familiarity with solar inverter and transformer specifications (SMA, Fronius, ABB, etc.)
Benefits & Culture Highlights
Work on high-impact solar projects across India—from Rajasthan to Tamil Nadu—with real climate impact.
Clear career path with technical ladder progression and certification sponsorship (e.g., NABCEP, PV Design Professional).
On-site collaboration with field engineers and clients—no ivory tower work; you’ll see your designs become reality.
