An Electronics & Communication Engineer with deep focus on antenna design, biomedical sensing, and wireless communication. From wearable antennas reducing radiation to sensors detecting health conditions through sweat analysis.
Currently pursuing advanced studies in next-generation communication systems, exploring the convergence of AI with RF engineering.
Co-authored research predicting electrolyte imbalances through sweat analysis — bridging antenna engineering with biomedical diagnostics.
Designed a biomedical-compatible ISM band antenna with FSS simulated in Ansys HFSS to reduce Specific Absorption Rate.
Application scanning and extracting passport details using a lightweight CNN model with multi-country dataset optimization.
RFID-based tags for electrodermal activity measurement and resonant frequency disease detection.
ML algorithms predicting customer churn to enhance retention strategies.
Open to research collaborations and opportunities in RF & antenna engineering.