Programs

Earth science is a field intimately connected to our planet, drawing upon various disciplines including physics, geology, geography, meteorology, geophysics, mathematics, geometry, chemistry, and biology. The aim of these interconnected sciences is to enhance our understanding of the Earth's layers, identify regions rich in potential mineral and oil reserves, and unravel the historical past and evolution of the Earth's components, such as continents, oceans, mountains, and organisms. In essence, Earth science provides a comprehensive understanding of our planet's past, present, and potential future.

The field of "Plasma Physics" is a multifaceted discipline with applications in military, industrial, and energy sectors. The topics studied in this field have numerous applications, including material and surface processing, production of nanometer materials, provision of electromagnetic materials, and in communication and energy sectors. This discipline provides a comprehensive understanding of the principles of plasma physics and their practical applications.

The field of "Engineering Studies" offers master's and doctoral programs with a focus on the applications of radiation. The aim of this field is to educate specialists and experts who can understand and optimize the functionality and efficiency of nuclear electronic devices. These devices produce various types of radiation, including charged particles, photons, and neutrons. This discipline provides a comprehensive understanding of radiation applications in engineering, preparing students to contribute effectively in this specialized area.

Physics, as a scientific discipline, is dedicated to the discovery of laws and relationships that govern natural phenomena. It seeks to apply these principles practically. The scope of physics encompasses the entire universe, from the largest cosmic systems to the smallest particles. Thus, it provides a fundamental understanding of the natural world and the underlying mechanisms that drive it.

Introduction to Reactor Orientation: Nuclear reactors, a leading trend in the field of nuclear engineering, are devices designed to control the process of nuclear fission. The thermal energy produced through this method can be harnessed to heat water into steam, which in turn drives the turbines of electric generators. This is a testament to the significant role nuclear reactors play in power generation.