Eco-efficient wall materials, such as aerated autoclaved concrete blocks, enhance indoor comfort by significantly reducing temperatures in naturally ventilated houses. 

Planting small trees on roofs of buildings in dense urban areas can reduce flood volume and runoff

IIT  Bombay’s microfluidic  device  that rapidly  measures  stiffness of  human  cells can  help  investigate relation between stiffness and disease condition 

New experimentally validated model accounts for manufacturing process variations while designing ultra-dense electronic circuits.

Researchers recognise risky driving situations by identifying important factors leading to road crashes.

Researchers probe properties of the new material, say better for micro- and nanodevices.

Researchers propose a biosensor model that captures the effect of the fluid-sensor interface charge.

A new cooling model gave better predictions of the strength and ductility of cast iron

Researchers have demonstrated how a magnetised catalyst can speed up hydrogen production while bringing down the energy cost.

Study proposes a systematic change to India’s wastewater treatment infrastructure to improve the quality of water and minimise environmental impact.

Palatable supplementary foods designed with variety in mind could be the cure for urban malnutrition

Research finds that cancer cells of different sizes and stiffness are more invasive than a group of uniform cells

Researchers from IIT Bombay have developed a simple and novel sensor to find out the level of antibiotics present in food and water

Researchers develop a new AI-powered algorithm that significantly improves the energy efficiency of a wirelessly powered communication network.

Researchers from IIT Bombay install a solar microgrid with a hybrid storage system in a high altitude site in Sikkim.

A novel data processing technique to measure low amounts of soot more accurately

Researchers use mass spectrometry to determine the intensity of Covid-19 infection

Globally, carbon dioxide emissions from human and industrial activities are rising alarmingly, and the gas is escaping into the atmosphere. Industries use physical and chemical absorption methods to capture carbon dioxide from industrial emissions.

Indians were among the first people on Earth, along with the indigenous people of New Guinea, to cultivate sugarcane and develop techniques to produce sugar from it. Over the years, newer processes have been developed to extract maximum juice from the cane and make sugar production profitable for the farmers and the sugar mills.

A proposed method to capture carbon dioxide and convert it to industrially useful chemicals gets IIT Bombay entry to the X-prize carbon removal grand prize competition.