Center for Neuroinformatics

Introduction:

The brain remains one of the most intricate and enigmatic structures in nature, housing the mysteries of human cognition, behavior, and neurological health. As the world transitions into the era of data-driven innovation, the field of neuroinformatics emerges as a transformative domain, harmonizing neuroscience with advanced computational tools to unravel these mysteries. Recognizing the vast potential of this interdisciplinary science, VIT Chennai in collaboration with Binghamton University (State University of New York at Binghamton, New York) envisions the establishment of a pioneering Centre for Neuroinformatics to drive groundbreaking research and innovation at the intersection of technology and neuroscience.

The motivation to create this centre stems from the increasing global relevance of brain research, fueled by advancements in artificial intelligence (AI), machine learning (ML), and neuroimaging technologies. Disorders such as Alzheimer’s disease, Parkinson’s disease, autism spectrum disorders, and epilepsy are escalating global health challenges. Early diagnosis, personalized treatment, and novel therapeutic approaches are urgently needed to enhance the quality of life for millions of individuals. The integration of neuroinformatics provides an unprecedented opportunity to accelerate these breakthroughs.

VISION

To be a pioneer in integrating Neuroscience and Artificial Intelligence for industry and societal progress in the healthcare sector.

MISSION

  • To develop Artificial Intelligence-based frameworks and tools for detecting, diagnosing, and prognosis in a broad spectrum of neurodevelopmental and neurodegenerative diseases.
  • To integrate AR / VR technology with AI frameworks to better diagnose and manage different neurological diseases.
  • To build a synergic industry, and institute ecosystem for neurologists and technologists.

Objectives

  • Develop computational models and data analysis techniques to simulate and interpret neural processes.
  • Promote interdisciplinary collaboration and combine methodologies from various scientific fields to address complex neuroscience challenges
  • Create robust computational frameworks and platforms for data storage, management, and analysis, standardizing data formats for easier sharing.
  • Develop tools and methods for clinical use, translating research findings into practical applications for improved diagnostics and treatments.
  • “Bench to Bedside” research to move scientific discoveries from the laboratory (the bench) to clinical practice (the bedside) quickly and efficiently, to innovate, and through science benefit physicians, patients, and the community.

Thrust Areas of Research

S.NORegister NumberNameSupervisorStatus
124PHD1038JEGADHEESWARIDr. Shridevi SOngoing
224PHD1237L.KANIMOZHIDr. Shridevi SOngoing
324PHD1314PRIYADARSHINIDr. Shridevi SOngoing
421PHD1192Rohan Shrikant DDr. Shridevi SOngoing
523PHD1241S.V. RAJASHREEDr. Shridevi SOngoing
622PHD1138Mr. Suresh Krishna SDr. Sofana Reka SOngoing
720PHD1153Ms. Yelle KavyaDr. Sofana Reka SOngoing