Materials Science group
Materials science was an early model for interdisciplinary research. Materials Science & Engineering combines Physics and Chemistry principles with various engineering disciplines to address global challenges in real-world problems. Materials such as Metals, Semiconductors, Ceramics, Polymers, Composites, and carbon allotropes make our life easier. They are the roots of industrial growth and technological changes. All the other engineering branches are highly relying on materials scientists and engineers for the development of advanced materials. Materials scientists in the last 50 years created a whole new class of materials and products for a broad range of applications. The recent development in various technologies such as eco-friendly vehicles, low-cost & long-lasting batteries, high-speed computers with compact electronic circuits, and advanced biomedical devices, is possible due to the progress made in this field
Renewables Energy Group
Renewables appear to be the one of the source which is inexhaustible, clean, ecofriendly, and cost economic. Also, it appears to be the competitive energy among the other nonrenewable energy sources. Due to their abundance and its potential to use in the globe, they differ from the use of fossil fuel. Renewables will not even produce any kind of greenhouse gases which normally affect the climate which includes the reduction in annual rainfall and increased ambient temperature.
Cyber Physical Systems Group
Cyber Physical systems laboratory at KPR Institute of Engineering and Technology is a part of Centre for research and Development (CFRD) and it is equipped with state-of-the-art research facilities such as IoT device, embedded controllers, Computer Vision and deep learning computing systems, Quad copter, robotic vision systems. The major objective of the laboratory is