IIIT Hyderabad Unveils Advanced EEG Lab to Decode Human Brain
IIIT Hyderabad unveils BrainLab, an advanced EEG research facility to study human brain activity, perception, and cognitive neuroscience.
In a significant leap for cognitive neuroscience in India, the International Institute of Information Technology (IIIT) Hyderabad has officially launched BrainLab. This cutting-edge human electroencephalography (EEG) research facility is designed to explore the complex mysteries of how the human brain processes information, attention, perception, and behaviour.
The establishment of this high-tech facility was made possible through support from the Department of Science and Technology (DST), Government of India, under the Fund for Improvement of S&T Infrastructure (DST-FIST) programme. Notably, the Cognitive Science Lab (CSL) secured this grant in 2024 under the Life Sciences FIST (FIST-LS) programme.
A High-Tech Toolkit for Brain Research
BrainLab is not just a standard laboratory; it is equipped with sophisticated instrumentation that allows for unprecedented precision in neurological studies. The facility features:
- 128-channel high-density EEG system: For detailed mapping of brain activity.
- 32-channel mobile EEG system: Allowing for research beyond a stationary setting.
- Advanced Eye-Tracking: Integrated with the EEG setup to synchronise brain activity with gaze patterns and pupil-based attention measures.
- Precision Digitiser: Used for exact electrode-position tracking.
- Physiological Sensors: Capability to record measures such as galvanic skin response (GSR).
This combination of tools enables researchers to conduct highly controlled experiments that bridge the gap between biological signals and cognitive processes.
Breaking Dependency on Foreign Datasets
One of the most critical impacts of BrainLab will be its ability to generate original datasets specifically from Indian populations. Currently, much of the global cognitive research relies on datasets collected in different demographic contexts. By providing the infrastructure to study local populations, IIIT Hyderabad is paving the way for more culturally and biologically relevant neuroscience.
The research enabled by this lab is expected to span multiple disciplines, including:
- Cognitive Science and Neuroscience
- Artificial Intelligence
- Language and Perception
- Human-Computer Interaction
- Learning and Attention
“This facility marks an important step in building experimental cognitive science at IIIT Hyderabad. It gives our researchers the infrastructure to ask new questions and generate high-quality data from our own populations,” stated Dr. Vishnu Sreekumar, the faculty in-charge of the facility.
An Interdisciplinary Hub for Industry and Academia
BrainLab is designed to function as a shared resource. While it will be primary accessible to IIIT Hyderabad faculty and students, the institute has opened doors to startups, industry players, and external research groups. Access will be available subject to a charge that covers maintenance and consumables, with specific details to be posted on the institute's website soon.
Beyond research, the lab will serve as a training ground. The institute plans to host various courses, workshops, and summer schools. The first major event is already on the horizon, with a workshop scheduled for December 10–11, 2026, as part of the pre-conference activities for the Annual Conference of Cognitive Science (ACCS) 2026.
A Historic Milestone for Cognitive Science
The funding for this project represents a milestone in the academic recognition of the field. Prof. Bapi Raju, Head of the Cognitive Science Lab at IIITH, noted that the grant was awarded under the DST’s Life Sciences FIST (FIST-LS) programme, which typically focuses on core life sciences. To the best of the Centre's knowledge, this is the first time a Cognitive Science proposal has received this specific award, highlighting the growing interdisciplinary importance of the field.
Looking ahead, BrainLab is only the beginning. IIIT Hyderabad intends to expand its experimental cognitive science infrastructure further, with future plans to include specialized facilities for neuromodulation and sleep research, aiming to transform the Centre into a major global hub for both fundamental and applied cognitive science.