Current Projects Available for Students (2026-27)

Mathematical and Computational Biology Stream

A deep learning approach for training attention with a neuromorphic brain-computer
interface (BCI)

A systems-level computational analysis of the role of XIST in phenotypic plasticity in cancer

Decoding the network dynamics of feedback loops among EMT and anoikis resistance in cancer metastasis

Engineering the Brain’s Blueprint: Integrating Synaptic Nanoarchitecture with Next-Gen Electronics

Host miRNAs as prognostic biomarkers of toxoplasmosis

Mechanism-based systems-level characterisation of Indian culinary spices for anti-diabetic treatment strategies

Physics of cancer: Building multi-scale mathematical models to decode mechanisms of cancer metastasis and therapy resistance

Tactoid-Mediated Nucleation to molecular self assembly: Linking Quantum Optical Control to Synaptic Function

Mathematical and Computational Engineering Stream

A Foundational Model for Brain Imaging

AI based condition monitoring of large infrastructure: SHIVA — Structural Health Intelligence via Visual Analytics

Artificial Intelligence Driven Multiscale and Multiphysics Computational Framework for Materials and
Process Design

Data-driven analysis of Intermittency in Compressible Turbulent Flows

Development of Efficient Deep Learning Models for Medical Image Deepfake Detection

GPU-accelerated atomistic quantum transport solver for emerging semiconductor technology

Medical Image segmentation for detecting structural anomalies under data-constrained settings

Origin of hydrodynamical instability in rotating shear flows

Predictive Control of Extreme Events in Turbulence

Robust and Generalizable Deep Learning for Retinal Image Analysis in Data-Constrained Settings

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