Job Description
The Protection Site Engineer will be responsible for supervising, testing, commissioning, and maintaining protection systems in substations, power plants, and transmission/distribution networks. The role ensures reliable operation of protection schemes, compliance with standards, and safe execution of site works.
Responsibilities
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Review of contractors’ design drawings and Design approval.
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Will be responsible for review of inspection & testing procedure, FAT/SAT formats, method statements.
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Verify relay setting calculations for existing and new protection devices.
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Verify adequacy checks for current and voltage transformer calculations.
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Witnessing the testing and commissioning of all protection equipment and ensuring the protection and control philosophy is correctly implemented at site as per client specification.
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Being well versed with the protection devices of major OEMS -Siemens, GE(Alstom) and ABB, frequently assists the client for implementation of important protection like Cable Differential/Distance, Transformer Differential & REF, Bus bar Differential (Low Impedance and High Impedance) and Reactor Differential.
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Ensuring all protection and control signals are configured to substation SCADA(IEC61850) and Nation Control Centre (IEC104).
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Witnessing the testing of Automatic Voltage Regulator (AVR) schemes for Transformer and Reactor.
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Verify protection and control schematics based on protection requirement.
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Troubleshooting of the faults in the substations related to protection and control and providing corrective actions to client.
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Review of method statements submitted by the contractor to ensure safe and reliable protection stability testing of the Cable, Transformer, Reactor and Busbar
Qualifications
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Bachelor’s Degree in Electrical / Power Engineering (or equivalent).
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Minimum 6 years of experience in protection and control engineering (substations / transmission & distribution / power plants).
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Hands-on experience with protection relays (Siemens, ABB, GE, Schneider, SEL, etc.).
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Knowledge of relay coordination, fault analysis, and power system protection schemes (distance, differential, overcurrent, etc.).
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Familiarity with testing tools (Omicron, Doble, Megger, etc.).
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Strong knowledge of IEC, IEEE, and local utility standards.
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Excellent problem-solving and troubleshooting skills.
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Strong communication and site management skills.
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