Bio

I’m an active academic researcher and Professor at Indian Institute of Technology, Bombay.

We work on explaining, why a complex system is complex, and how to predict the complex system behavior.


Education

National University of Singapore | Singapore
Ph.D. in Civil Engineering | April 1999

Anna University, Madras | India
M.E. in Hydrology and Water Resources | January 1994

Bharathiar University, Coimbatore | India
B.E. in Civil | April 1992


Research Interests

Area:

Hydrology and Water Resources Engineering, Geomorphology, Ecohydrology, Hydrology and Society, Chaos, Fractal, and Complex Networks

Research Topics:

Rainfall and streamflow modeling, Transboundary water management, Large-scale water projects, Climate change impacts on water resources, Ecosystem modeling, Water-carbon-nitrogen cycle, Water quality, Sediment transport in rivers, Groundwater flow and transport, River networks, Human-water interactions, Hydrology education, Complex systems and networks, Chaos theory, Scaling and Fractals

Teaching:

Hydrologic modeling and forecasting, Catchment hydrology, Advanced hydrological analysis and design, Nonlinear dynamics and hydrology, Hydroinformatics, Fluid mechanics and hydraulics, Chaos and fractals, Complex systems and networks

Bellie Sivakumar


Bio

I’m an active academic researcher and Professor at Indian Institute of Technology, Bombay.

We work on explaining, why a complex system is complex, and how to predict the complex system behavior.


Education

National University of Singapore | Singapore
Ph.D. in Civil Engineering | April 1999

Anna University, Madras | India
M.E. in Hydrology and Water Resources | January 1994

Bharathiar University, Coimbatore | India
B.E. in Civil | April 1992


Research Interests

Area:

Hydrology and Water Resources Engineering, Geomorphology, Ecohydrology, Hydrology and Society, Chaos, Fractal, and Complex Networks

Research Topics:

Rainfall and streamflow modeling, Transboundary water management, Large-scale water projects, Climate change impacts on water resources, Ecosystem modeling, Water-carbon-nitrogen cycle, Water quality, Sediment transport in rivers, Groundwater flow and transport, River networks, Human-water interactions, Hydrology education, Complex systems and networks, Chaos theory, Scaling and Fractals

Teaching:

Hydrologic modeling and forecasting, Catchment hydrology, Advanced hydrological analysis and design, Nonlinear dynamics and hydrology, Hydroinformatics, Fluid mechanics and hydraulics, Chaos and fractals, Complex systems and networks