Pioneering research in non-invasive cardiovascular assessment technologies, combining biomedical engineering, signal processing, and artificial intelligence to transform healthcare delivery.
Exploring multiple dimensions of cardiovascular health through innovative technologies

Advanced non-invasive techniques for continuous cardiovascular health assessment and early disease detection.
Novel methodologies for evaluating vascular health through pulse wave velocity and arterial compliance measurements.
Revolutionary calibration-free blood pressure measurement technologies for accessible healthcare monitoring.
Comprehensive signal processing and machine learning approaches for extracting cardiovascular biomarkers.
Innovative ultrasound technologies that eliminate the need for image interpretation while maintaining diagnostic accuracy.
Machine learning models for predictive cardiovascular risk assessment and automated disease classification.
Flagship research initiatives driving innovation in cardiovascular healthcare
Arterial Stiffness Evaluation System
A revolutionary image-free ultrasound device for automated assessment of arterial stiffness and cardiovascular health. The system provides calibration-free measurements of pulse wave velocity, arterial diameter, and blood pressure.
Intra-Beat Cardiovascular Dynamics
Groundbreaking research on pressure-dependent changes in pulse wave velocity within a single cardiac cycle. This work has opened new avenues for understanding cardiovascular mechanics and disease progression.
AI-Powered Blood Pressure Prediction
Advanced neural network architectures for continuous blood pressure estimation from photoplethysmography and pulse wave signals. Achieving clinical-grade accuracy without calibration requirements.
State-of-the-art facilities at IIT Madras for cutting-edge biomedical research
Our laboratory is equipped with cutting-edge instrumentation for cardiovascular research, including high-frequency ultrasound systems, multi-channel data acquisition systems, and advanced signal processing workstations.
Working with leading institutions worldwide to advance cardiovascular research