Train students
- mathematical modelling of complex dynamical systems
- build network based models from data
- analyse using theories of networks, nonlinear dynamics, stochastic dynamics, data analysis & machine learning
- high performance computing
- hands on experience through projects
Total Credits required
150 to 160
Core
30
Electives
45
Projects
85 (15+30+40)
Total credits
160
ELECTIVE COURSES
Possible project topics (not exhaustive)
- climate science
- computational neuroscience
- machine learning in fluid dynamics
- biomimetic flows
- complex flows & physics of living matter
- urban climate modelling
- stochastic dynamics of spatio-temporal systems
- dynamics of social behaviour
- epidemic modelling
Employment opportunities
Emerging field
- modeling & analysis of complex dynamical systems
- curating data for mathematical modelling
- high performance computing
- experience with cutting edge multi-disciplinary
- financial systems and applications
Niche companies, R&D centers, start-ups
- Climate policy Initiative, San Francisco
- CII-Godrej Green Business Centre
- Hyundai
- Pfizer
- Mahindra Rise
Coordinating Faculty
Neelima Gupte(Physics)
Srinivas Chakravarthy(BioTech)
Sunetra Sarkar(Aerospace Engg)
Sayan Gupta(Applied Mechanics)
Mahesh Panchagnula(Applied Mechanics)
Arun Tangirala (Chemical Engg)
Anubhab Roy (Applied Mechanics)
Sumesh Thampi(Chemical Engg)
Students’ comments
- This programme seems like a good stepping stone for students to do interdisciplinary research.-Malayaja Chutani, PhD student, Dept of Physics.
- This center is very unique in India 🙂