Materials science is one of the fastest-growing and most rapidly evolving scientific disciplines and stands at the forefront of modern technology. Some areas where a material scientist can work include R and D of metal-based industries, Energy-related firms, Electronic industries, and Top characterisation tools manufacturers.
The future of nanotechnology is exceptionally promising, as it intersects with numerous fields of science and technology. Here are some key areas where the field of nanotechnology is expected to have a significant impact: Medicine and Healthcare, Electronics and Computing, Energy and Environment, Materials Science, Biotechnology, Space Exploration, Defence and Security, Agriculture
M.Sc. in Industrial Polymer Science is typically designed to provide students with a solid foundation in polymer science and engineering principles while also equipping them with practical skills and knowledge relevant to industrial applications. The program may also offer opportunities for internships, industrial placements, or collaborative projects with industry partners to further enhance students’ learning and career prospects in the field of industrial polymer science.
The M.Sc. in Computational Physics typically offers a curriculum designed to integrate theoretical physics principles with computational techniques and tools. Here’s an area listed which are commonly included in such a program: Computational Methods in Physics, Mathematical Methods for Physicists, Quantum Mechanics and Computational Quantum Physics, Statistical Mechanics and Molecular Dynamics, Computational Solid State Physics, Computational Fluid Dynamics, High-Performance Computing and Parallel Programming, Research Projects in Computational Physics
The M.Sc. in Renewable Energy typically offers a curriculum tailored to provide students with comprehensive knowledge and skills in various aspects of renewable energy technologies and their applications. After this course, students can understand and take an opportunity to work on the following areas of green energy. Renewable Energy Fundamentals, Solar Energy Systems, Wind Energy Technologies, Biomass and Bioenergy, Hydropower and Ocean Energy, Energy Policy and Economics, Energy Storage and Grid Integration, Sustainable Energy Management, Renewable Energy Project Development, Research Projects in Renewable Energy