The project aims to produce a hybrid polymer Nonocomposite suitable for underwater structural applications. By exploring advanced manufacturing techniques such as water jet machining, the focus is on enhancing material properties like durability, str
The project focuses on experimental characterization and thermo-mechanical aNolysis of underwater friction stir welded aluminum alloys, studying their microstructure, mechanical properties, and defect evolution. It aims to optimize welding parameters
The project focuses on designing and developing a supercritical foamed 3D-printed biopolymer-based Remotely Operated Vehicle (ROV) intended for diverse applications such as oil spill recovery, drowning emergency rescue, swim assistance, and surveilla
It aims to develop a high-precision printing system integrated with electrical characterization and advanced optical systems. The targeted printer can precisely print at sub- micron resolution on different planer substrate using various types of semi
This research project will address the issue of managing neurodegenerative diseases using Ayurveda. EEG-based Subcortical and Cortical Dipole Source Localization (S/C) DSL-based neuro tools will be utilized for studying the impact of medication on ne
Developing on-body/off-body/invasive/non-invasive advanced, non-destructive, highly sensitive, and rapid-detecting biosensor systems. It will use technologies such as magnetic resonance imaging, electromagnetic reflection, neurological images, infra-
Development of an autonomous bed system for bedridden persons to make them self-dependent. The project is aimed to detect human signals in the form of brain signals, EMG, and gestures. Based on the signals, the control algorithm will identify and cla
Development of the mobile application with built-in elements like yoga protocol as well as the gamification aspect. The feedback on the performed yoga that will be provided to the end-user will have immense future potential to alleviate conditions of
This research project will design and develop an Interactive Virtual Surgery Training Agent that can generate a behavioral and dynamic 3d model of the patient as per the disease requirement. It will use deep learning algorithms for handling interacti
It is challenging to write and run efficient distributed graph analytics algorithms that facilitate the study and optimization of Big TKG mining. The project aims to use advanced parallel-graph-computing-based algorithms to optimize the mining of Big
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