Our research spans multiple disciplines, combining cutting-edge technology with deep insights into human behavior, cognition, and interaction patterns to create meaningful innovations.
Development of an electronic nose for smell detection and binary actuation system to puff out odoriferous substances.
Developing therapeutic technologies.
Treatment of Nerve and Muscle Injuries: This system dynamically adjusts TENS parameters in real-time using GSR and EEG data, ensuring optimal pain relief and patient relaxation.
fNIRS (Functional Near Infrared Spectroscopy) For early detection and classification of ischemic stroke. Investigating brain function and hemodynamic response.
Device aimed at leveraging light-based therapies for enhancing cognitive function
To find the concordance between EEG signal and MRI images of Parkinson�s disease patients.
Affordable devices and protocols for better mental health via alternate forms of medications like biofeedback, classical music, and breathing techniques.
Augmented and Virtual Reality (AR/VR)
Developing a device for point-of-care stroke detection and classification, enabling remote communication for immediate clinical advice and life-saving intervention.
