Ph.D. Electrical Engineering (2015-2020)

Indian Institute of Technology Delhi, Institute of Eminence, Govt. of India

• Dissertation title : Intelligent Control of Grid Interfaced and Off-Grid Solar PV Systems.

• Recognition : Recipient of POSOCO Power System Award (PPSA-2022).

• Doctoral Presentation Date : Date : 24th Jan 2020.

• Merit : 9.00 CGPA, Highest merit grade, Distinction.

• *After one year of M.Tech in Power Systems, the degree is converted into Ph.D. in Jun 2016.

B.Tech. Electrical Engineering (2011-2015)

Indian Institute of Technology (BHU) Varanasi, Institute of Eminence, Govt. of India

• Dissertation Title : Moving window prony-analysis for power system disturbances.

• Merit : 8.26 CGPA, Highest merit grade, Distinction.

Board of Intermediate Education, A.P. (2009- 2011)

• Merit : 95.4%, Highest merit grade, Distinction. (Mathematics, Physics and Chemistry)

Board of Secondary Education, A.P. (2008-2009)

• Merit : 92%, Highest merit grade, Distinction.

Assistant Professor (Since Dec. 2021)

Department of Electrical Engineering, Indian Institute of Technology (ISM) Dhanbad, Institute of Eminence, Govt. of India.

Postdoctoral Research Associate (Mar. 2020-Nov. 2021)

School of Engineering, Cardiff University, Russell Group, United Kingdom

• Phase-1 : A Review of ICT Infrastructure Supporting Cyber Physical Smart Local Energy Systems in the UK.

• Phase-2 : Topology and Parameter Identification of Distribution Network using Smart Meter and micro-PMU Measurements.

• Phase-3 : State and Parameter for combined heat and electric network with SCADA and AMI measurements.

Power System Operation Corporation (POSOCO), Power Grid Limited Bangalore, 2014

• Study of load dispatch activities of southern region electrical grid, and its data flow.

• Examination of power flow charts of various southern regions

• Analysis of power system disturbances like faults, load losses and generator tripping, using phasor measurement unit (PMU) and Remote Terminal Unit (RTU) data - Signal oscillation parameter estimation

Bharat Heavy Electricals Limited (B. H. E. L) Hyderabad, 2013

• Examination of stage wise manufacturing process of turbo generators using vacuum pressure impregnation process : 2-pole cylindrical rotor turbo generators, directly driven by steam turbine running at rated speed (3000 rpm) conforming to the version of IEC-60034-1, 60034-3 (rating : 400 MVA), with insulation class-155(F). .

• IEEE Trans. Sustainable Energy

• IEEE Trans. Power Electronics

• IEEE Trans. Industrial Electronics

• IEEE J. Emer. Sel. Pow. Electron.

• IEEE Trans. Power Systems

• IEEE Trans. Industrial Informatics

• IEEE Trans. Industry Applications

• Ind. National Acad. Engg. (INAE)

• IET Gen. Trans. Distribution

• IET Power Electronics

• IETE Journal of Research

• IEEE international conferences

• Frontiers in Energy Research

• And many more journals, ORCiD id : 0000-0002-6376-8602

The departmental lab at IIT(ISM) not only provides an excellent experimental facility but also suffices the professional growth objectives in terms of networking and collaboration opportunities. IIT (ISM) Dhanbad has a research & development unit, which is responsible for the university’s research strategy. Each faculty has a dedicated research strategy. Therefore, the PI can focus on the research and development strategy for a particular group. The dedicated unit offers the following services,

• Research strategy with different institutional, within and across departments,

• Management and organization of the workshop,

• Preparation for an application for external and internal funding.