Senior Manager-Projects
Date: Apr 29, 2026
Location: GJ, IN
Company: ReNew
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Job Title: Electrical Design Engineer – Ingot & Wafer Plant Department: Engineering / Design Location: Corporate Office Gurgaon Reports To: Design Head Experience: 10 – 12 Years Qualification: B.E./B.Tech in Electrical Engineering
Role Purpose: Responsible for end-to-end electrical system design for new and expansion projects of Ingot & Wafer manufacturing facilities. Ensure safe, reliable, energy-efficient, and cost-effective design of HT/LT power distribution, process power, and automation systems in compliance with applicable standards.
Key Responsibilities: 1. System Design & Engineering - Design complete HT/LT power distribution system from 220kV / 132kV / 33kV grid incomer to 415V PMCC / MCC for process loads. - Perform load list preparation, load flow study, short circuit study, relay coordination, and voltage drop calculations. - Design single line diagrams (SLD), power distribution schemes, earthing & lightning protection, and cable sizing / routing. - Size transformers, HT panels, PMCC, PCC, MCC, APFC, bus ducts, DG sets, and UPS systems for critical loads like ingot pullers, wire saws, chillers, and cleanroom utilities.
2. Equipment & Layout Engineering - Prepare technical specifications, datasheets, and BOQs for transformers, switchgear, VFDs, servo drives, DC rectifiers, and control panels. - Design electrical layout drawings: equipment layout, cable trench / tray layout, earthing layout, and lighting layout for process halls and utility areas. - Review vendor drawings and ensure compliance with project specs during FAT / TPI.
3. Automation & Control Design - Design architecture for PLC / SCADA / DCS, HMI, and EMS systems for monitoring ingot growth, wafering, and utilities. - Prepare I/O lists, control philosophy, interlock logic, and power meter / relay network integration. - Coordinate with process and instrumentation teams for seamless integration of drives, sensors, and IEDs. |
4. Compliance & Optimization - Ensure designs comply with IEC, IEEE, IS, CEA regulations, and factory inspector / CEIG requirements. - Incorporate energy efficiency measures: power factor improvement, harmonic filtering, regenerative drives, and waste heat recovery. - Support statutory approvals, fire safety NOC, and electrical inspector drawings.
5. Project Support - Provide technical support during procurement, vendor TBA, manufacturing, FAT, SAT, and commissioning. - Prepare As-built drawings, O&M manuals, and handover documentation. - Support CAPEX estimation, value engineering, and standardisation across plants.
Required Qualifications & Skills: - Education: B.E. / B.Tech in Electrical Engineering. - Years of experience: 10 to 12 years. - Software: ETAP, SKM, AutoCAD, EPLAN, Dialux, MS Office; PLC / SCADA tools exposure is a plus. - Standards: IEC 61439, IEC 60364, IS 3043, IS 732, CEA Regulations. - Experience: Design of 33kV / 11kV / 415V systems, PMCC for continuous process plants, cleanroom power, and heavy motor / drive loads. - Soft Skills: Cross-functional coordination, vendor negotiation, attention to detail, and documentation. |
About Company
Job Description
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Job Title: Electrical Design Engineer – Ingot & Wafer Plant Department: Engineering / Design Location: Corporate Office Gurgaon Reports To: Design Head Experience: 10 – 12 Years Qualification: B.E./B.Tech in Electrical Engineering
Role Purpose: Responsible for end-to-end electrical system design for new and expansion projects of Ingot & Wafer manufacturing facilities. Ensure safe, reliable, energy-efficient, and cost-effective design of HT/LT power distribution, process power, and automation systems in compliance with applicable standards.
Key Responsibilities: 1. System Design & Engineering - Design complete HT/LT power distribution system from 220kV / 132kV / 33kV grid incomer to 415V PMCC / MCC for process loads. - Perform load list preparation, load flow study, short circuit study, relay coordination, and voltage drop calculations. - Design single line diagrams (SLD), power distribution schemes, earthing & lightning protection, and cable sizing / routing. - Size transformers, HT panels, PMCC, PCC, MCC, APFC, bus ducts, DG sets, and UPS systems for critical loads like ingot pullers, wire saws, chillers, and cleanroom utilities.
2. Equipment & Layout Engineering - Prepare technical specifications, datasheets, and BOQs for transformers, switchgear, VFDs, servo drives, DC rectifiers, and control panels. - Design electrical layout drawings: equipment layout, cable trench / tray layout, earthing layout, and lighting layout for process halls and utility areas. - Review vendor drawings and ensure compliance with project specs during FAT / TPI.
3. Automation & Control Design - Design architecture for PLC / SCADA / DCS, HMI, and EMS systems for monitoring ingot growth, wafering, and utilities. - Prepare I/O lists, control philosophy, interlock logic, and power meter / relay network integration. - Coordinate with process and instrumentation teams for seamless integration of drives, sensors, and IEDs. |
4. Compliance & Optimization - Ensure designs comply with IEC, IEEE, IS, CEA regulations, and factory inspector / CEIG requirements. - Incorporate energy efficiency measures: power factor improvement, harmonic filtering, regenerative drives, and waste heat recovery. - Support statutory approvals, fire safety NOC, and electrical inspector drawings.
5. Project Support - Provide technical support during procurement, vendor TBA, manufacturing, FAT, SAT, and commissioning. - Prepare As-built drawings, O&M manuals, and handover documentation. - Support CAPEX estimation, value engineering, and standardisation across plants.
Required Qualifications & Skills: - Education: B.E. / B.Tech in Electrical Engineering. - Years of experience: 10 to 12 years. - Software: ETAP, SKM, AutoCAD, EPLAN, Dialux, MS Office; PLC / SCADA tools exposure is a plus. - Standards: IEC 61439, IEC 60364, IS 3043, IS 732, CEA Regulations. - Experience: Design of 33kV / 11kV / 415V systems, PMCC for continuous process plants, cleanroom power, and heavy motor / drive loads. - Soft Skills: Cross-functional coordination, vendor negotiation, attention to detail, and documentation. |