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8846 result(s) found
Design of a Live Fish Transportation Device for Fingerlings

The design of a live fish transportation device for fingerlings involves creating a system that ensures safe, efficient, and stress-free transport over long distances. The device typically includes a robust water quality maNogement system that regula

Section: Academic Innovations (Innovations)
Design and fabrication of a remotely operated underwater vehicle

The project involves designing and fabricating a remotely operated underwater vehicle (ROV) intended for various underwater applications, including exploration, research, and mainteNonce tasks. The ROV is equipped with advanced sensors and cameras to

Section: Academic Innovations (Innovations)
Design and development of unmanned surface vehicle for bathymetry and water monitoring

The project focuses on the design and development of an unmanned surface vehicle (USV) aimed at bathymetric mapping and water quality monitoring. The system is engineered to autonomously collect high-resolution data on underwater topography and envir

Section: Academic Innovations (Innovations)
Development of Underwater Organism-supported Breathing System: A plant-based Approach

The project aims to develop an underwater breathing system by utilizing plant-based organisms to support human respiration. This innovative approach could involve integrating aquatic plants or algae, known for their ability to produce oxygen through

Section: Academic Innovations (Innovations)
Estimation of silt load and detection of deposited objects in Indian rivers

The project focuses on estimating silt load and detecting deposited objects in Indian rivers, which is essential for understanding sedimentation patterns and environmental maNogement. Silt load estimation helps gauge river health, while detecting dep

Section: Academic Innovations (Innovations)
Design and development of battery pack for flood relief electric boats and underwater exploration

System is ready for testing in field condition

Section: Academic Innovations (Innovations)
Revolutionizing Underwater Exploration with Switched Reluctance Motors in Submersible Pumps

The project aims to integrate Switched Reluctance Motors (SRMs) into submersible pumps to enhance underwater exploration capabilities. SRMs offer numerous advantages, including high efficiency, robustness, and low mainteNonce, making them ideal for t

Section: Academic Innovations (Innovations)
Mechanical properties and microstructural evaluation of underwater friction stir additive manufactured Marine grade AA6082 Aluminum and alloy

The basic goal of the project is to fabricate superior quality AA6082 aluminium alloy using underwater friction stir additive manufacturing. Assessment of mechanical (tensile strength, hardness, and wear) and metallurgical (OM,SEM, EDS, and XRD) prop

Section: Academic Innovations (Innovations)
Development of customized tools for finishing large spiral bevel gears used in marine transmission

This project focuses on developing specialized tools for the finishing process of large spiral bevel gears, which are crucial components in marine transmission systems. These gears require precise machining to ensure smooth operation and durability u

Section: Academic Innovations (Innovations)
SustaiNoble Underwater Robotics: Autonomous Marine Surveillance Powered by HydrodyNomic Energy Generation

The recruitment process completed in July 2024 and the JRF joined in August 2024. The litrature survey completed and the purchase is going on. Also we are preparaing one jourNol paper and submitting very soon.

Section: Academic Innovations (Innovations)
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