Doktorand (DWI, RWTH), Germany
Former Research Fellow (IIT R), India
B.Tech, M.Tech (Bioinformatics & Biotechnology)
Portable biosensing platfroms for Point-of-care (POC) diagnostic applications
Standalone, ML-IoT platfroms for on-site and POCD application.
Uniform thin-film layer deposition technique
Low-cost technique with tunable layer thickness with potential for industrial scale technology transfer.
Wearable electronics and conductive ink
Low-cost, wearble electronics and conductive ink for flexible electrodes/sensors development.
Low-cost, 3D printed microfluidics platfrom & Bioprinting
Microfluidic channels made from ethylene-vinyl acetate (EVA) over 3D prited PLA mould, Transparent filament fully 3D printed flixible microfluidic chip.
Deep Meta Tool Version 1.0
Deep Meta Tool (DMT) is a tool designed to support data preparation for meta-analysis. The software provides a quick and user-friendly platform for the calculation of Mean and SD from median and IQR, essential to conduct a meta-analysis, combining two different statistical methods.
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DOI: 10.21203/rs.3.rs-828102/v1
Magnetic flux mediated growth response in different microbes and plant species
This project aims to understand the effect of different magnetic flux on the growth of various plant and microbe species and to find the optimal magnetic flux for the highest growth response.
The objective of the project is to be a preliminary work in the field of Astrobiology and may find applications in vertical farming, terraforming, etc.
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Interfacing of KY–024 Hall Effect Sensor and 16x2 LCD Screen with Arduino Board
In this project, I've used Arduino Uno and Liner hall effect sensor to make a gauss meter that measures the strength of neodymium and rare-earth magnets.
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Mi​croplastic detection in common edible and cosmetic products
This undergoing project aims to quantify the presence of microplastics in plastic-packaged food and cosmetic products. Our primary results indicate the presence of minute amount of microplastics in our samples. The next step would be to quantify and further go for toxicology studies.
Silver nanoparticles preparation by using different plant extracts as capping agents and their antimicrobial property tested against various bacterial strains
We have used multiple plant extracts to prepare silver nanoparticles and further verified their antimicrobial potential against several bacterial strains by using disk diffusion assay and microbroth dilution method.
