IIT Guwahati made changed or introduced new things in 2022 to give better education and learning facilities to students
In the year 2022, the Indian Institute of Technology Guwahati has demonstrated diversified growth. Breakthrough in research and innovation, installation of the PARAM KAMRUPA Super Computer Facility by the President of India, collaboration with state authorities for the establishment of a medical school to improve the healthcare infrastructure of the North East region, in addition to agreements with national and international academia and industry, and record-high placements, improved research output, supporting startups to boost the entrepreneurship ecosystem, and ranking among the best in the world.
IIT Guwahati has created a unique low-cost Improved Natural Draft Charcoal Retort (INDCR) to solve the technological and capital investment constraints faced by Indian charcoal manufacturers. The novel reactor has been shown to manufacture high-quality charcoal from a variety of feedstock, and it is designed to utilise its own feedstock as heating fuel. This reactor may be transported to agricultural fields.
Researchers at IIT Guwahati created 3D-printed urban furniture utilising local industrial waste as building materials. They’ve also created cementitious mix compositions that can be 3D printed. The idea can reduce the consumption of concrete by 75%.
Researchers from IIT Guwahati discovered striking parallels between the properties of dark matter and neutrinos. The researchers discovered that the creation and development of dark matter can be linked to the formation of neutrino mass. The research was published in the prestigious international journal Physical Review Letters.
Researchers from IIT Guwahati created a self-healing amphiphilic solid slippery covering that exhibits self-healing of repeated (50 times) physical damages in under a minute while maintaining the embedded slippery feature. On a variety of substrates, including glass, aluminium foil, printed paper, plastic, and others, the coating has been effectively created.
IIT Guwahati researchers created reliable and secure integrated circuits (ICs) for quick and effective computing. The group placed a special focus on hardware acceleration standards, which are often defined in high-level languages like C or C++ and then transformed into hardware code.
A cheap prosthetic limb made by IIT Guwahati researchers is appropriate for the Indian populace. It is appropriate on rough ground and even enables deep squatting or cross-legged seating. Additionally, it may be adjusted for usage in a variety of age groups and phases of prosthesis development.
