IUTAM Symposium on Environmental and Extreme Multiphase Flow
IUTAM Symposium on Environmental and Extreme Multiphase Flow, 11–14 January 2027, Mahabalipuram, India.
IIT Madras
Home to research across solid mechanics, fluid dynamics, and biomedical engineering, with over forty faculty advancing work from computational models to clinical applications.
Dr. Sayan Gupta
Head of the Department
Our department is uniquely positioned at the interface of computations, mechanics and healthcare. We invite thinkers, builders, and innovators to join us in defining the next century of engineering excellence.
Updates
IUTAM Symposium on Environmental and Extreme Multiphase Flow, 11–14 January 2027, Mahabalipuram, India.
6th International Conference on Numerical Methods in Multiphase Flows at IIT Madras, January 18–20, 2027.
List of candidates approved for the July 2026 M.S. and Ph.D. programmes is now available.
Research
Faculty across three areas collaborate on problems spanning classical mechanics to cutting-edge biomedical applications.
Mechanics of Materials
plasticity · fatigue · fracture · composites · smart materials & structures · nonlinear mechanics · constitutive modelling · phase transformation materials · soft matter · polymers · biological materials · sustainable materials · 3D/4D printing
Computational Mechanics
finite elements · multiscale modelling · molecular dynamics · density functional theory · phase field modelling · computational electrochemistry · inverse problems · digital twins · reduced order modelling · uncertainty quantification · complex networks · data sciences based methods
Dynamics
vibrations · control · nonlinear dynamics & chaos · non-smooth dynamics · robotics · energy harvesting · complex networked systems
Computational Fluid Dynamics
aerodynamics · boundary layers · bluff body flows · fluid-structure interaction · instabilities · transition & turbulence · multiphase flows · porous media · bio-fluid mechanics · RANS/LES/DNS · particle-laden flows
Thermal Systems
heat transfer · cooling technologies · thermal hydraulics · waves and interfacial flows · droplets & bubbles · physicochemical hydrodynamics · colloids & interfaces · turbulent convection · combustion · micro/nano scale heat transfer
Energy Systems & Sustainability
atomization & sprays · geothermal energy · oil, gas & energy recovery · hydrofracking · climate physics · complex fluids
AI/ML in Fluid Mechanics
active matter · collective dynamics · digital twins · physics-informed data science · pulmonary fluid mechanics
Modelling & Simulation in Healthcare
physiological signals · optical & acoustic interactions with tissues · constitutive models for tissues & explants
Clinical Diagnostics & Implants
biomaterials · biophotonics · biosensors · cellular mechanics · diagnostics & theragnostics · drug delivery design · artificial tissue engineering · space healthcare · 3D printing
Imaging & Instrumentation
optical · ultrasound · multimodal photoacoustic imaging · brain-computer interface · ECG/EEG/EMG instrumentation
Biomechanics
biomechanics · neuromechanics · behavioural & computational neuroscience · rehabilitation engineering
Image & Signal Analysis
EEG/ECG/EMG · optical · ultrasonic · brain MRI · optical spectroscopy · optical interferometry · Doppler signal processing
AI/ML & AR/VR in Healthcare
haptics & VR · rehabilitation · medical education · healthcare informatics · AI/ML/DL in biomedical engineering
Programs
Pathways from undergraduate engineering to doctoral research, spanning mechanics, computation, and biomedical engineering.
Research · 2.5-3 years
Thesis-based research under faculty supervision, aligned to a chosen research area and completed through coursework, milestones, and a final thesis.
Program overview
Research · 5 years
Full-time doctoral research for original contributions in solid mechanics, fluid mechanics, biomedical engineering, computation, and related interdisciplinary areas.
Program overviewCenters
AMBE faculty and students work through IIT Madras centers that connect mechanics, data science, energy, sustainability, sports, haptics, and biomedical systems.
View Research Centers arrow_forwardMathematical modelling and analysis of complex dynamical systems across machine learning, climate science, neuroscience, biological systems, multi-physics systems, and active flows.
Sports technology, analytics, products, and educational programs for athlete performance, fitness, fan engagement, and coaching.
Interdisciplinary research in data science and AI, with active collaborations in manufacturing analytics, smart cities, and healthcare.
Clean energy research for offshore wind, green hydrogen, green fuels, industrial electrification, and carbon capture, utilization, and storage.
Research and product innovation in virtual reality, augmented reality, mixed reality, and haptics.
Fundamental research into soft matter including polymers, colloids, liquid crystals, and biological materials.
A Centre of Excellence focused on monsoon rainfall variability, organization, and prediction over the Indian subcontinent.
Interdisciplinary teaching and research on climate change, decarbonization, sustainable settlements, and behavioral change.
Structured mentoring for rural school students, while helping undergraduate and graduate mentors build social awareness and leadership.