IoT Based Indoor Air Quality Monitoring System deployed at NUST

On average, humans spend around 90 % of their time indoors, which highlights the importance of indoor air quality. Indoor air quality typically encompasses the ambient conditions inside buildings and public facilities that may affect both the mental and respiratory health of an individual. Until the COVID-19 outbreak, indoor air quality monitoring was not a…

Resource-Energy-Water Nexus for the Sustainable Textile Production

Manufacturing industries have an important role in sustainable economic development. In order to expand and continuous improvement in the manufacturing industry, attention should be given to the sustainability of resources that the industry consumes. Manufacturing industries are embracing new strategies and concepts to overcome the deficiency of resources required to manage their daily operations. These…

NUST Researchers Won HEC Grant under NRPU for waste-to-energy conversion from Municipal Solid Waste

Tenured Associate Professor, SCME and Director National Science and Technology Park (NSTP), Dr. Salman Raza Naqvi as Principal investigator along with Assistant Professor Dr. Taqi Mehran SCME, Associate Professor Dr. Erum Pervaiz SCME and Associate Professor Dr. Syed Ali Ammar Taqvi, NED won potential 11 MPKR research grant from HEC on National Research Proposal for…

NUST Illuminated Karachi with Research Showcase at DHA Golf Club

As an institution offering premium education to all strata of society, NUST has embarked on an ambitious venture of building the nation through transformative higher education. The aim to bridge the gap between industry and academia thereby establishing an ecosystem where research, innovation, and invention become the pinnacle of our progress. A research showcase of…

Effect of 2D MXene material on Electrochemical energy storage for Lithium-Ion Batteries and Supercapacitors

Supercapacitors with high energy-density, power, and long cycle-life have potential to outperform traditional batteries owing to their fast charging-discharging speed. This project aims to investigate a new class of two-dimensional materials, i.e. MXenes, as high-capacity pseudocapacitive material. Most of the current understanding of MXenes comes from titanium carbides whereas other materials are less-understood which will…