Power Systems & Embedded Electronics
Power Optimized
Designing high-efficiency power distribution grids, custom PCB hardware architectures, and digital control systems for industrial and renewable energy networks.
Core Capabilities
Power Electronics & Conversion
Designing high-efficiency switching topologies, buck-boost converters, and inverter circuits with optimized thermal management and low EMI.
Embedded Systems & Firmware
Developing low-level microcontroller firmware for real-time sensor data acquisition, hardware-level interrupts, and communication protocols (I2C, SPI, CAN bus).
Smart Grid & Automation
Implementing decentralized telemetry networks, protective relay coordination, and automated fault detection, isolation, and service restoration (FDIR).
Works Done
Project 01
HTV Silicone Rubber Insulator Simulation
This research project focuses on simulating electric field distribution in HTV silicone rubber polymer insulators under varying contamination and voltage conditions.