"Transforming biological signals into digital insights, one algorithm at a time."

I'm passionate about bridging the gap between human physiology and artificial intelligence, specializing in biomedical signal processing, wearable technology, and machine learning applications in healthcare.

Biomedical Signal Processing - Extracting meaningful patterns from physiological data
Deep Learning & AI - Building intelligent systems for healthcare applications
Wearable Technology - Developing algorithms for biosignal analysis from wristband devices
Data Science - Transforming complex datasets into actionable insights
Systems & Control Engineering - Designing robust control systems and digital twins
Time-Series Analysis - Specialized in temporal pattern recognition and forecasting
RAG & Graph RAG - Retrieval-Augmented Generation with knowledge graphs and semantic search
Image-to-Image Translation - Advanced computer vision for medical imaging and visual transformations

Biomedical Signal Processing	Deep Learning Neural Networks, CNN, RNN, LSTM, Transformers	Wearable Technology Real-time Biosignal Analysis
Control Systems System Identification, Control Design	Time-Series Analysis Human Digital Twin, Forecasting	Machine Learning Predictive Modeling, Data Mining

• 🤖 RAG Systems - Building intelligent knowledge retrieval for pharmaceutical research
• 🕸️ Graph RAG Implementation - Advanced semantic search using knowledge graphs
• 🖼️ Image-to-Image Translation Projects - Medical imaging enhancement and style transfer

I'm always excited to discuss innovative projects in biomedical engineering, AI/ML applications in healthcare, wearable technology, RAG systems, and computer vision. Whether you're interested in collaboration on image-to-image translation projects, implementing advanced RAG architectures, research opportunities, or just want to chat about the latest in biosignal processing, I'd love to hear from you!