Job Responsibilities :

O&MofElectricalsystem atRCITPandSupport LeadEngineerElectrical in managing overall availability of electrical assets in thesite

Responsibleforpreventive / predictiveand break downmaintenance ofHT/LT electricalequipment#s -DGs, power transformers , HT switchgear , UPS , Batteries,Inverters , Motors, PCCs,Lifts andEscalators for smooth and trouble free operation of the same.

Job Accountabilities

• Carry outDay toDayoperation of Electrical systems as per SOP.
• Execute Electrical Maintenance tasks with qualityandcompliance to SAP systems.
• Ensure compliance to standards, procedures and best practices
• Participate in Reliability & Integrity studies as identified
• Conduct regular Troubleshooting and analysis
• Carrying out PM / Break downmaintenance of Electrical equipment#s as per SMP
• Inventory management of critical spares and Consumables
• Closecoordination with Vendors and OEM#s forscheduledMaintenance.
• Makingallrequireddocumentsforlegalcompliance
• Collate data for performance monitoring and reporting
• Implementation of recommendations
• Knowledge management
• Maintain history/ records
• Facilitate and supportprojectteam
• Trackingandclosingallelectricalcomplaintsandattendinganybreak downsonpriority
• Ensuringall safetyinstructionarefollowedduringjobexecutionandnecessary safety toolsand tacklesareavailable
  
  
  

Education Requirement :

• Bachelor ofEngineering inElectrical.
• KnowledgeonSAP
  
  
  

Experience Requirement :

minimum 5 yearsofexperienceinoperationofElectricalsystemincludingHT.

Skills & Competencies :

• Safety
• Safety policy, systems and procedures.
• Safe working procedures for operation/maintenance/testing ofelectrical equipment. LOTOprocedures.
• Emergencyoperationprocedures.
• Technical
• Theory and principles of operation, specification of the following electrical equipment.
• LT/HT ac motors/synchronous motors, dc machines.
• Power transformers/instrument transformers, PCC/MCC/Power distribution.
• Circuit breakers/isolators.
• UPS, battery/battery chargers/invertors.
• Control/interlock/protection of the above equipment.
• Protective relays and protection scheme testing.
• Economic of power system operation # MSEB tariff, system power factor, improvement of power factor.
• Systems & procedures for electrical maintenance/basis for preventive maintenance/predictive maintenance.
• Recent developments in electrical engineering.
• Thoroughknowledge oflogic/circuit diagrams, trouble shooting and failure analysis. Basic electronics, principle and operation of electronic components