RESEARCH SCHOLAR · IIT PALAKKAD
Power electronics.
From model to hardware.
I work across converter design, control, simulation, and experimental implementation — turning ideas into working power electronic systems.
Exploring matrix converters
PhD in Electrical Engineering
01 / ABOUT
I’m a research scholar in Electrical Engineering at the Indian Institute of Technology Palakkad, working in power electronics.
My experience spans the complete development process: modelling a system, designing its control, building the PCB, implementing embedded algorithms, and testing the hardware. I’m particularly interested in power electronic converters, renewable-energy systems, and EV technologies.
I joined IIT Palakkad as an M.Tech student in 2024, upgraded to the PhD programme in January 2026, and completed my M.Tech in 2026. My current research direction is exploratory, with a focus on the scope of matrix converters.
02 / MY JOURNEY
Academic foundations and hands-on
experience in power electronics.
Indian Institute of Technology Palakkad
Upgraded from the M.Tech programme in the third semester. Exploring research opportunities in power electronics, particularly matrix converters.
Supervisor: Dr. Naga Brahmendra Yadav Gorla
FLUDYN Advanced Technology Centre · CRI Pumps
Worked on solar–grid power blending for pump systems, contributing to modelling, control design, PCB development, embedded implementation, and hardware testing.
Coimbatore, India
Indian Institute of Technology Palakkad
Joined in July 2024 and completed the M.Tech in 2026, following the upgrade to the PhD programme. Developed a hybrid solar–grid interface for water pump systems as my M.Tech project.
Government Engineering College, Thrissur
Graduated with First Class with Distinction. Developed and implemented a single-phase D-STATCOM for my final-year project.
CGPA 8.82 / 10
Government Higher Secondary School, Mupliyam
98.6% · Completed in 2020
St. Mary’s High School, Chengaloor · 100%
03 / SELECTED WORK
Three projects spanning renewable energy,
converter control, and power quality.
RENEWABLE ENERGY · POWER CONVERSION
A shared DC-bus architecture that prioritises solar energy, with the grid supplying the additional power required by the load.
SOLAR ENERGY · DIGITAL CONTROL
From Bode-plot-based PI design to a custom PCB and digital Incremental Conductance MPPT for PV battery charging.
POWER QUALITY · EMBEDDED CONTROL
Simulation and hardware implementation of a distribution STATCOM for reactive- and harmonic-current compensation.
04 / TECHNICAL EXPERTISE
The tools and skills I use
to develop power electronic systems.
System modelling, control-system design, PI tuning, and converter simulation.
Circuit and PCB design, magnetic-component development, prototyping, and troubleshooting.
Digital control implementation and microcontroller programming for power converters.
Code Composer Studio · Keil µVision · STM32CubeMX · CS+ for CC · LaTeX
05 / MILESTONES
Qualified with a score of 446
among 59,599 candidates.
Nationwide examination
July 2021.
Part of the first Kerala team to clear all technical inspections in the competition’s history.
06 / GET IN TOUCH
I’d be happy to connect with researchers and engineers
working on converters, control, and renewable energy.