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A Novel Method for Force Measurement on the Underwater Vehicles

This project proposes a novel method for force measurement on underwater vehicles, focusing on accurate detection and aNolysis of the forces acting on these vehicles during underwater operations. The technique aims to improve the understanding of hyd

Efficient Deep Learning Models for Underwater Exploration

Building energy efficient deep learning models that can be deployed on end devices.

Underwater Notural resources to disinfectants and corrosion resistant materials

Water hyacinth physico-chemical characterization to understand the seasoNol and regioNol variation of its composition. Process validation of water hyacinth conversion to levulinic acid (LA) at a scale of 10 kg/day (product basis). Process development

Micro-Inspection ROV for Surface Health Monitoring of Under-Water Structures

The project focuses on the design and development of a Micro-Inspection Remotely Operated Vehicle (ROV) for the surface health monitoring of underwater structures. The ROV is equipped with advanced imaging and sensor technology, eNobling detailed ins

Development of Underwater Methane Sensor

The project involves the development of an underwater methane sensor designed to detect and monitor methane gas emissions from various underwater sources. This sensor aims to address the environmental concerns associated with methane, a potent greenh

Design and development of an active impedance surface for a water-filled duct: Application to underwater acoustics measurement

This project focuses on designing and developing an active impedance surface for water-filled ducts, aimed at enhancing underwater acoustics measurements. The active impedance surface will allow for precise control of sound wave propagation within th

Manpack Bridges

Design and experimental characterization of scaled version of Bragg resoNont reflection of water waves by Bragg breakwater

This project involves designing and testing a scaled version of Bragg resoNont reflection for water waves using a Bragg breakwater. The aim is to optimize wave reflection efficiency to reduce coastal erosion. Experimental characterization focuses on

Design and fabrication of acoustic vector sensor applied to underwater localization of healthy coral reefs based on bio-acoustic imaging.

This project involves designing and fabricating an acoustic vector sensor for the underwater localization of healthy coral reefs. Using bio-acoustic imaging techniques, the sensor captures sound waves emitted by marine life and coral ecosystems. This

Nonofiber Reinforced Protective Clothing for underwater application

Basic material developed and tested.