Programs

This discipline represents a specialized branch of engineering that is intimately connected with the production of hydrocarbons, which could be either crude oil or natural gas. The processes of exploration and production are the linchpins of the oil and gas industry. This field is dedicated to the discovery and extraction of these vital resources, playing a crucial role in powering our world and driving numerous sectors of the global economy.

Solid mechanics, a subfield of mechanical engineering, investigates the behavior of materials and their engineering applications through numerical, analytical, and experimental methods. The majority of research in this area focuses on failure analysis, the relationship between structure and material, numerical methods such as the finite element method, and composites.

The Heat and Fluids Orientation, a specialized area within the field of Mechanical Engineering, focuses on designing and computing the components of systems that fundamentally operate on energy conversion, heat transfer, and mass transfer. This orientation is integral to the understanding and application of principles that govern the transformation and movement of energy and matter.

Urban engineering, a key and intriguing field of study in the national examination series, has piqued the interest of many mathematics department volunteers. This discipline has gained significant attention over recent decades, leading to its adoption by numerous prestigious universities. Urban engineering has proven instrumental in addressing various urban challenges, making it a valuable field of study for aspiring students.

Industrial Metallurgy, a sub-discipline of Materials Engineering, is a comprehensive graduate program spanning eight semesters, taught in universities worldwide. This field finds its applications in a multitude of sectors including, but not limited to, machinery production, iron smelting, automobile components, aviation industries, manufacturing units, protective laboratories, and industries dealing with corrosion and related issues. This wide range of applications underscores the importance and versatility of Industrial Metallurgy in today's world.