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Research
Research
The central objective of our research is to leverage cutting-edge insights into the pathophysiology of neurological disorders to develop tools that enhance patient prognoses. We focus on both exogenous and endogenous neuromodulation techniques, complemented by advanced neuroimaging strategies, to refine rehabilitation protocols. Additionally, we investigate intra-operative neuromonitoring (IONM) as a critical component for improving data-driven surgical targeting. This approach empowers neurosurgeons to plan and execute procedures with greater accuracy, minimizing complications and optimizing clinical outcomes.
Neuro - monitoring & modulation
Neuro - monitoring & modulation
Neuroimaging of disorders
Smart assistive algorithms for clinical practitioners
Neurofeedback & transcranial electrical stimulation
Analytics & devices
Analytics & devices
Analytics on biosignals for key clinical & health insights
Early biomarkers for disorders using ubiquitous monitoring devices
Medical device development
From Science to Tech
From Science to Tech
Guiding healthcare startups through clinical validation processes
Diagnostic and rehabilitation devices
Projects
Projects
Sensory processing & haptics
Sensory processing & haptics
How do we respond to various sensory stimuli and how can they be deployed gainfully for clinical diagnosis?
Can we build better haptics with a better understanding of our sensory system?
Can we predict the cortical response given a haptic stimulus?
How do we build a subject-specific haptic feedback profile?
Stroke rehabilitation assessment framework
Stroke rehabilitation assessment framework
Improve outcomes and reduce attrition
Continuous monitoring of patients during tehrapy
Understanding other aspects of stroke recovery including sensory processes
Systems physiology & neuromechanics of Hatha Yoga
Systems physiology & neuromechanics of Hatha Yoga
Use of multimodal techniques (EEG, fNIRS, EMG etc.) to study and understand neuroelectric, neurovascular changes and accompanying behavioral changes prior, during and post practice of Yoga and Meditation.
Neuromechanical and biomechanical data acquisition and computational modeling of movement, specifically during the performance of Hatha Yoga.
People
People
Kousik Sarathy S
Principal Investigator
Ankita Jain
PhD candidate
Uday Kumar
PhD candidate
Divya Dogga
PhD candidate
Alumni
Alumni
Dr Adiya K, MD PhD
Asst. Prof. ESI-Hyderabad
PhD - 2024
Suranjita Ganguly
Philips healthcare
External PhD - thesis prep
Sreedev S
Analyst - Zenoti Healthcare
MTech thesis student
Pavan Kumar G
AI architect - HCL
MTech student
Chandraprakash Swamy
Neurosurgical Research Technologist, Mayo Clinic, MN, US
Research Intern
Rohan BM
Data Scientist - Carelon
MTech Thesis student
Tarun Chilkur
Data Engineer - Phablecare
MTech thesis student
Malaaika Chayya
PhD @ Max Planck Institute- Intelligent Systems - Stuttgart
MTech thesis student
Media
Media
Lab profile
Lab profile
Careers
Careers
We're are constantly looking for motivated, passionate and skilled minds to address the grand healthcare challenges and improve our understanding neurological and psychiatric disorders using innovative approaches. Write to us, use the application form below.
Lab is now open for internship positions! IIT-H students from other disciplines can apply as well. Write to us.
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