As a Power Systems Engineer, I bring over two years of hands-on experience in projects involving 660 kV
HVDC, 120 kVA UPS systems, Partial Discharge Analysis, and Grid Tied MPPT-Based Solar
Inverters. This practical experience includes serving as an operation and maintenance engineer at a 660
kV HVDC Inverter Station, providing valuable insights into HVDC syncing with the national grid and
handling common events such as faults, protection, and sags during syncing. My industrial experience
encompasses maintenance of AC Grid, replacement of Circuit Breakers in a 500 kV AC Grid, and extensive
work on MPPT-Inverter and UPS projects, involving simulations, microcontroller programming, and PCB
designing, and hardware implementation. I am excited about the prospect of contributing, particularly to bridging real-world challenges with fundamental research.
My Publication details are as follows:
1. Impact of TiO2 Nanoparticles on the Dielectric Properties of Mustard Oil for Power Transformers
IEEE Access Impact Factor: 3.90 Progress: Paper is accepted for Publication
2. Experimental and Thermal Impact of Eruca Sativa Oil as a Dielectric Fluid for Power
Transformers, IEEE-ECECTE 2023 (Published)
3. Conventional Protection Approach for Microgrids Considering all types of Phase faults for both
grid-connected and Islanded Models IEEE-ECECTE 2023 (Published)
4. A simulation-based, driven method to optimize the efficiency of long Transmission lines using
Photovoltaic Power Generation Technique
IEEE SEPCON Progress: Paper is accepted for Publication
I look forward to the opportunity for an interview to discuss my knowledge further.