Electrical Engineer trained in automation and control of Power Systems. Experience with multiple applications, including communication protocols, substation control and distribution power system technologies.
Power Engineering : ETAP PSSE PSCAD SEL
Communication Protocol : Modbus DNP3 IEC61850 OPC
Control System : Matlab RSLogix500 PLC
System-level electrical design and integration
ETAP AUTOMATIONPOWER AUTOMATION ENGINEER | Irvine | January 2015 - Current
Responsible for execution of projects for real time monitoring and controls, performing factory acceptance test, site visits and commissioning.
Designed specifications for new features to be launched in the software releases by ETAP.
Responsible for Verification and Validation of ETAP power system software.
Created test cases for different features implemented in ETAP software.
Master of ScienceElectrical EngineeringUniversity of Southern CaliforniaLos Angeles, | 2015
Simulated a test environment to be implemented on site as a part of Factory Acceptance Test.
Configured the system in order to communicate with field devices using Modbus protocol to get real time data used for monitoring applications.
Assisted on implementing Intelligent Load shedding application.
Worked as a lead engineer to implement SCADA system to perform real time monitoring. Performed communication mapping between ETAP real time server to the field devices and RTUs.
Designed HMI screens for various substations in order to monitor the data for various devices in the fields like relays, RTUs, control units.
Performed site visit in order to set up real time monitoring and simulation system.
The site visit goals consisted of establishing communication between the ETAP real time server with FS gateway.
The power system data from substations was mapped through various SEL devices to the gateway
Enzen CSC and Noida Power Corp Ltd.
Working on these distribution power system projects as main feature test engineer to implement feature of Load Allocation.
Testing functionalities with the models provided by the clients in order to establish the accuracy of the results.
Designing test cases and benchmarks as a future reference for performing testing and enhancements to the feature.
Integration of renewable into smart grid
Simulated the USC micro-grid distribution system in PSSE with added renewable generation and study the island system with critical loads being supplied.
Analyzed the effects of added intermittent generation from renewable and implemented solutions to make the system reliable and secure.
Planned various storage strategies for renewable to match demand and schedule the generation using model droop frequency control method.
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Companies Worked For:
University of Southern California
Job Titles Held:
POWER AUTOMATION ENGINEER
Master of Science Electrical Engineering
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