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Centre for Materials for Electronics Technology (C-MET), Maharashtra

The Centre for Materials for Electronics Technology (CMET) R&D activities at present include development of thick film materials, polymers for electronics, specialty chemicals and glasses, ultra high purity and refractory metals, semiconductors,

m-health screening and telemedicine platform

m-health screening platform for noncommunicable diseases, which is perfect for tackling the COVID-19 crisis. Screening tests are conducted with the help of a Clinic-In-A-Bag (CIAB) product integrated with the Candiphi software platform. The body temp

Vaccine Ledger

A Hyderabad-based start-up, STATWIG, uses the same product to track the COVID-19-related critical products to give visibility at state and district levels. The startup developed an open-source tool for UNICEF (funded by UNICEF Innovation Fund) and GA

m-health screening and telemedicine platform

m-health screening platform for noncommunicable diseases, which is perfect for tackling the COVID-19 crisis. Screening tests are conducted with the help of a Clinic-In-A-Bag (CIAB) product integrated with the Candiphi software platform. The body temp

Vaccine Ledger

A Hyderabad-based start-up, STATWIG, uses the same product to track the COVID-19-related critical products to give visibility at state and district levels. The startup developed an open-source tool for UNICEF (funded by UNICEF Innovation Fund) and GA

Development of low cost, efficient & scalable materials for Co2 captures using naturally available nontoxic stable materials & industrial solid wastes

Development of Metal-Organic Framework Derived Single-Atom Catalysts for Industrial Scale Water Electrolysis and Selective Synthesis of Value Added Products

The increasing global energy demand and depletion of fossil fuels have led to a search for alternative energy sources, such as green hydrogen production through electrochemical water splitting. This method reduces the use of fossil fuels and allows f

Development of a GRAS-Certified Bacillus subtilis Chassis for Scalable Bioconversion of Lignocellulosic Biomass into Secreted Antimicrobial Phenyl Lactic Acid and Industrial Upscaling

Lignocellulosic biomass, derived primarily from plant-based materials, is a cheap and sustainable source of high-value chemicals. Cellulose, about 30-50% of lignocellulosic biomass, can be broken down by enzymatic action to produce glucose. Glucose i

Development of low-cost, energy-efficient, solid-state pulsed electric field system for nonthermal pasteurization applications of food processing industries

Novel Drug eluting Bio film platform for Oral and Topical delivery with extensive applications for the Nutraceutical, Pharmaceutical, Cosmetics & Personal Care industries

Platform technology as an alternate/better delivery to tablets and capsules for low dose API -nutraceuticals/pharmaceuticals with POC of Vitamin D.