Phase 2: Advanced Research Training

Computational Neuroscience

Research Training Program

A 10-week, mentorship-driven research training program

Jul 11 – Sep 26, 2026
2 hrs/week (Live)
US$ 375
Application Deadline: June 30, 2026
Selection Results: July 5, 2026 | Fee Payment: July 8, 2026

Program Vision

A long-form, mentorship-driven program that introduces students to modern computational neuroscience — including the modeling of important brain structures, biologically inspired deep networks, oscillatory neural models, and computational models of sensory and motor function, learning and memory. Students first complete structured coursework, then transition into a supervised research track.

Brain Modeling

Learn to model important brain structures and neural circuits

Deep Networks

Explore biologically inspired deep learning architectures

Research Focus

Transition from coursework to supervised research

Expected Outcomes

Supervised Research Project

Complete a full research project under expert mentorship

Conference-Ready Abstract

Co-authored with your mentor, ready for submission

GitHub Repository

With reproducible code documenting your research

Research Tracks

1

Developing PD Diagnostics Using Behavioural Data

2

Deep Oscillatory Networks for Visuomotor Function

3

Understanding Spatial Decision Making

4

Driver Drowsiness Detection Using EEG

5

Developing Games for Autism

6

3D Movement Analysis Using Neural Networks

Mentorship Structure

Weekly Guidance

  • Weekly 2-hr mentor call — clarify concepts, debug models, review progress
  • Hands-on session (1 hour)
  • Continuous chat support (Slack/Discord)
  • Assignment grading & feedback from mentors
  • Research-abstract drafting in the final 2 weeks
  • Possible journal/conference publication

Admission Requirements

  • Basic Python knowledge
  • Interest in neuroscience & machine learning
  • No prior research experience required
  • Beginners welcome — we start from first principles

Beginners welcome — we start from first principles and build up to research.

Lead Instructor

VSC

Prof. V. Srinivasa Chakravarthy

Professor, IIT Madras · Biotechnology and Medical Science & Technology

Heads the Computational Neuroscience Lab, Parkinson's Therapeutics Lab, and Neural Engineering Lab at IIT Madras

B.Tech IIT Madras · MS/PhD UT Austin · Postdoc, Baylor College of Medicine

Mid-Career Research Excellence 2018
Teaching Excellence 2024
Author of 2 Neuroscience Books
Inventor of Bharati Script

Ready to Apply?

US$ 375
Jul 11 – Sep 26

Join an elite cohort exploring the intersection of brain science, AI, and computational modeling through hands-on research under expert mentorship.

Important Deadlines

Application: June 30Selection: July 5Payment: July 8