Design Coordinator (BESS)

AECOM; Ahmedabad District; On-site; INR 900,000 - 1,200,000; Full time

Job summary

AECOM is seeking a BESS Electrical Engineer in Ahmedabad, India to support technical interface reviews and commissioning readiness. The role involves tracking layouts and electrical systems, and coordinating with the commissioning team on documentation.

You will ensure IFC readiness, review revisions, and manage changes affecting protection, interlocks, testing, and safety-system integration while escalating conflicts to keep energization on schedule.

Responsibilities

• Track layouts, SLDs, battery DC system, PCS, transformers/MV equipment, auxiliaries, HVAC, FSS, earthing, EMS/BMS/SCADA and communication drawings/documents for technical interface review by the BESS Electrical Engineer and commissioning team.
• Coordinate RFIs/TQs, consolidated comments, OEM clarifications and interface requirements.
• Verify IFC readiness and approved revision use for active construction and installation fronts.
• Track design changes, firmware/control philosophy impacts, site modifications and as-built requirements.
• Coordinate design inputs required for protection, interlocks, testing and safety-system integration.
• Escalate incomplete or conflicting interfaces affecting energization/performance readiness.

Job description

Core Duty & Responsibilities

• Track layouts, SLDs, battery DC system, PCS, transformers/MV equipment, auxiliaries, HVAC, FSS, earthing, EMS/BMS/SCADA and communication drawings/documents for technical interface review by the BESS Electrical Engineer and commissioning team.
• Coordinate RFIs/TQs, consolidated comments, OEM clarifications and interface requirements.
• Verify IFC readiness and approved revision use for active construction and installation fronts.
• Track design changes, firmware/control philosophy impacts, site modifications and as-built requirements.
• Coordinate design inputs required for protection, interlocks, testing and safety-system integration.
• Escalate incomplete or conflicting interfaces affecting energization/performance readiness.