Mind Lab at Lakshya 2047: EEG, Eye Tracking and VR-Based Neuro Research Training

The World Health Organization has flagged young adults aged 18 to 25 as a demographic highly vulnerable to cognitive and psychological stressors. The same demographic is what most Indian universities receive each year as undergraduate intake.

The Mind Lab inside Parul University’s Lakshya 2047 Centre for Future Skills, inaugurated by Union Minister Dr. Jitendra Singh on 8 May 2026, is built at the intersection of this institutional reality. The lab is a state-of-the-art, multidisciplinary research and training facility for cognitive sciences, brain mapping, and sleep physiology. It serves both as a research facility producing publishable scientific work and as a cognitive awareness centre engaging the mental health dimensions of the student population it works with. The equipment stack includes 24-channel dry-electrode EEG, functional Near-Infrared Spectroscopy (fNIRS), Tobii eye tracking, Level I Polysomnography (PSG) for overnight sleep studies, VR rehabilitation gaming systems with Rehacom software, and the broader infrastructure that serious cognitive research requires.

• Cognitive Suite. Dedicated to brain mapping, response-time tracking, and cognitive workload assessment. Equipment includes EEG (24-channel dry-electrode, plus 4-channel headband and headphone band variants for different applications) for monitoring brain electrical activity, fNIRS for functional neuroimaging, and Tobii Eye Tracking systems for analysing visual attention and gaze patterns.
• VR Rehabilitation Suite. Equipment includes Virtual Reality Gaming Systems and specialised software development tools for designing and executing immersive cognitive therapy and neuro-rehabilitation exercises. The suite uses Rehacom software, which is the clinical-grade platform for cognitive rehabilitation work. Students working on cognitive therapy applications, post-stroke rehabilitation, and broader neurological intervention research engage this suite.
• Sleep Physiology Suite. Equipment includes Level I PSG (Polysomnography), which is the gold standard for comprehensive overnight sleep studies. Level I PSG monitors brain waves, oxygen levels, heart rate, breathing patterns, and the broader physiological parameters that sleep medicine evaluates. The suite supports sleep research, sleep disorder identification, and the broader clinical sleep medicine work that the lab’s training prepares students for.

The lab’s mission is shaped substantially by the WHO statistics on mental health vulnerability among young adults aged 18 to 25. This demographic faces unusually high prevalence of cognitive and psychological stressors, including stress-related cognitive impairment, sleep disorders, anxiety, depression, and the broader range of mental health conditions that affect cognitive function. The lab functions partly as a cognitive awareness centre for this demographic, with students learning to understand the cognitive and psychological dynamics that affect them personally as well as the research and clinical work that addresses mental health at population level.

The dual mission (research and cognitive awareness) shapes how the lab operates. Students engaging the lab are not just learning equipment operation. They are learning to think systematically about cognition, sleep, and mental health, with the equipment providing the empirical anchor for that thinking. The clinical and research outputs of the lab contribute to the broader healthcare capacity that the Cadaveric Centre and Advanced Medical Simulation facilities inaugurated alongside Lakshya 2047 extend on the medical-education side.

The defining feature of the Mind Lab is its universal applicability. It is completely decentralised from traditional disciplinary boundaries.

Most cognitive research labs in Indian universities are tied to one department, typically Psychology or Neurology. The Mind Lab is structurally cross-disciplinary, serving as a sandbox for emerging fields that intersect cognitive sciences with multiple other disciplines:

• Neurofinance. Understanding the cognitive and emotional biases behind economic decision-making and stock market behaviour. Commerce and Finance students engage the lab to study decision-making under uncertainty, risk perception, and the cognitive factors that drive financial behaviour.
• Neuroaesthetics. Investigating the brain’s response to art, beauty, and design using eye-tracking and EEG. Design and Architecture students engage the lab to ground design decisions in measurable cognitive responses rather than relying purely on aesthetic intuition.
• Neuromarketing. Studying consumer cognitive responses to marketing stimuli, product design, and brand experiences. Management and Marketing students engage the lab for the cognitive science dimension of consumer behaviour research.
• Brain-Computer Interfaces (BCI) and Neurotech. Developing systems where computers can be controlled directly by neural activity. Computer Science, Information Technology, and Electronics Engineering students engage the lab for BCI research that combines neuroscience with engineering.
• Sleep Medicine and Clinical Neurology. Medical, Nursing, and Public Health students engage the lab for clinical research and training in sleep disorders, cognitive disorders, and the broader range of conditions where cognitive and sleep physiology matter.
• VR-Based Cognitive Rehabilitation. Physiotherapy, Psychology, and Medical students engage the VR Rehabilitation Suite for clinical applications including post-stroke cognitive recovery, brain injury rehabilitation, and dementia care research.

Also Read: Home Automation Lab at Lakshya 2047 – Parul University!

The lab serves multiple academic tiers, with learning complexity scaled to programme duration:

• Diploma programmes (2 years). Students gain early exposure to specialised technical skills, learning to operate advanced biomedical and neuro-diagnostic equipment (EEG, PSG) and manage patient and research subject data.
• Undergraduate programmes (3 to 4 years). Students engage progressively more complex experimental work, including study design, data collection, and basic data analysis. Cross-disciplinary projects connect cognitive research to students’ primary degree programmes.
• Postgraduate programmes (2 years). Students engage substantial research projects, often as thesis work, with deeper analytical and methodological depth.
• PhD programmes (3 to 5 years). The lab functions as a primary research incubator. Doctoral candidates use high-fidelity fNIRS, eye-tracking, and PSG data to publish in high-impact journals, developing novel cognitive models or rehabilitation protocols. The research-grade equipment is what makes the lab functional for serious PhD work.

Mind Lab graduates have unusually broad career options because the cognitive and neuroscience skill set intersects with multiple sectors.

• Clinical Healthcare and Sleep Clinics. Graduates trained in PSG operation, sleep physiology, and clinical assessment are positioned for roles in hospitals, sleep clinics, and clinical research environments.
• Tech Giants Building VR/AR Hardware. Meta, Apple, Google, and other technology companies investing in immersive technology hire researchers with combined neuroscience and engineering competence for work on next-generation VR/AR hardware and software.
• AI Firms Working on Brain-Computer Interfaces. Companies including Neuralink, Synchron, and the broader BCI ecosystem hire researchers with hands-on experience in neural data collection and analysis.
• Neurofinance and Behavioural Finance Roles. Asset management firms, behavioural economics research groups, and financial technology companies hire researchers who can study and model the cognitive dimensions of financial decision-making.
• Neuromarketing and Consumer Research. Brand consultancies, market research firms, and consumer goods companies hire researchers with cognitive science training for the consumer behaviour and product testing dimensions of their work.
• Higher Studies and Research Advantages. An undergraduate with verified experience in fNIRS, EEG, and PSG data collection possesses a substantial competitive edge when applying for premium global master’s and PhD positions. The research-grade equipment experience is one of the few signals that international admissions committees can use to differentiate among Indian undergraduate applicants.

The Mind Lab pairs with the AR/VR Lab for students working on immersive cognitive therapy and VR rehabilitation applications. The combination of cognitive measurement (EEG, fNIRS) with immersive content creation is a particularly distinctive research direction. The NVIDIA Lab provides GPU compute for processing neuroimaging data and training AI models on neural signals.

For students working on Brain-Computer Interfaces, the lab integrates with the Material Synthesis Zone for biosensor development and with the AICTE IDEA Lab Prototyping Zone for prototyping BCI hardware. The cross-lab integration is what allows the Mind Lab to function as more than a single-disciplinary research facility.