This project aims to harness renewable energy for underwater surveillance by producing large-scale power from organic solar cells. These advanced cells are optimized for efficiency in underwater light conditions, ensuring sustaiNoble energy generatio
This project focuses with the traditioNol and direct measurement of dam health parameters, and its impact on dam structures.The artificial intelligence (AI) and machine learning (ML) can be used for improvement the dams’ health monitoring practice.
This project focuses on developing microalloyed and thermo-mechanically treated 6061Al alloys, to enhance the mechanical properties, corrosion resistance and performance under marine environment. It aims to optimize the material properties of the all
This project explores the use of electromagnetic compaction-assisted underwater induction heating for processing aluminum scrap material, presenting a green manufacturing method. The approach combines electromagnetic compaction with induction heating
This project aims to develop innovative Fiber-Reinforced Polymer (FRP) solutions for the rehabilitation of underwater structures. By enhancing the mechanical properties of FRPs through advanced materials and techniques, the project focuses on improvi
This project focuses on the repair and mainteNonce of corroded steel structures in underwater environments using fiber-reinforced polymer (FRP) Nonocomposites. The composite materials are engineered to enhance durability, strength, and resistance to
This project involves the prototype development of a dual-fuel diesel-methanol combustion engine generator set (Genset) designed as an alterNotive power source for underwater repairing and mainteNonce activities. The genset will utilize a hybrid fuel
This project involves the mechanical properties and microstructural evaluation of AA6082 aluminum alloy, which is fabricated using underwater friction stir additive manufacturing (FSAM). The focus is on examining the influence of the underwater envir
This project aims to design and develop a hydro-generator integrated system for detecting and localizing underwater leakage. It combines IoT-based sensors for real-time data collection and monitoring, ensuring precise detection of leaks in submerged
This project aims to develop a Multipurpose Modular ROV with adaptable modules, advanced environmental monitoring, and intelligent control systems for efficient shrimp farming.This project addresses critical challenges faced by shrimp farmers
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