The purpose of this research is to fabricate metal composite foams (MCF) that exhibits ultra-lightweight properties, exceptioNol mechanical strength, and effective energy absorption capabilities, along with improved sound absorption and the ability t
Micro-alloying magnesium alloys with calcium enhances their corrosion resistance in underwater environments. This research investigates the role of calcium in improving the mechanical properties of magnesium alloys, reducing pitting corrosion, and en
The project aims to enhance the performance and reliability of multi-phase induction motors used in underwater propulsion systems by incorporating AI-based fault-tolerant operations. The system utilizes AI algorithms to predict, detect, and mitigate
The project focuses on the development of a Wave Energy Converter (WEC) system to harness renewable energy from ocean waves. The system captures the energy produced by the movement of waves, converting it into electricity. Key components of such syst
The project explores the innovative use of underwater plastic waste to produce synthetic fuel through pyrolysis. By applying advanced pyrolysis technology, plastics recovered from marine environments are converted into usable fuel, providing a dual b
The project aims to develop an autonomous underwater decoy system capable of confusing and evading torpedo guidance systems in Noval warfare. By utilizing advanced technologies such as artificial intelligence, sensor networks, and sophisticated maneu
The project focuses on enhancing coral reef classification through the application of advanced machine learning techniques. By leveraging cutting-edge algorithms, such as deep learning and convolutioNol neural networks, the system aims to improve the
The project involves the design and development of a metallic and composite-based unmanned vehicle tailored for the health monitoring of dams. The vehicle is equipped with advanced sensors and diagnostic tools to inspect critical infrastructure, ensu
The project focuses on designing and developing bio-mimetic propeller blades integrated with the PBCF (Prevention of Biofouling by Cavitation Flap) technology to minimize underwater radiated noise. By studying the propulsion systems found in marine c
The AI-Driven Underwater Object Detection System aims to leverage advanced machine learning algorithms and computer vision techniques for real-time underwater object recognition. It utilizes soNor, acoustic, and visual sensors to identify and track s
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