Research Interest

Biomimetic propulsion using a smart structure

Fish tail motion has been shown to exhibit > 80% efficiency when compared to similarly sized propellers. With millions of years of evolution, nature has perfected an efficient swimming mechanism.

We can learn from nature and incorporate the technology to power our underwater robots which can be used for both civilian operations such as search and rescue as well as for military operations such as surveillance.

Underwater energy capture mechanisms

Ocean current energy can be captured using dual-rotor contrarotating turbines that are tethered to the sea floor. They present a complex dynamical interaction with the ocean current flow.

Modeling and water tunnel experimentations need to be performed to ensure stable operation in isolation as well as in an array.

Past projects

External Link (google sites)

An Institution Deemed to be University estd. vide Sec.3 of the UGC Act,1956 under notification # F.12-23/63.U-2 of Jun 18,1964

Designed and developed by fractal | ink design studios

BITS Pilani

Research Interest

Biomimetic propulsion using a smart structure

Underwater energy capture mechanisms

Past projects

Quick Links