Programs

Biomechanics, often termed as the “physics of sports,” is a field primarily focused on the study and scrutiny of professional athletes and their activities. This specialized branch of biomechanics applies mechanical laws to enhance our comprehension of sports performance. This understanding is achieved through the use of mathematical models, computer simulations, and precise measurements.

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.

In the contemporary era, a significant portion of communication and message transmission is accomplished through symbols and images. Video communication, a specialized field, is centered around the conveyance of visual messages, forms, and identities. This discipline employs a comprehensive set of principles to devise effective and innovative visual solutions for communication. The designs are crafted in a manner that ensures the audience can effortlessly grasp the underlying concept.

Chemical Engineering, a field often pursued through national mathematics competitions, has piqued the interest of many chemistry enthusiasts. However, due to limited exposure to the discipline at the university level, there are few courses directly related to this field. Success in Chemical Engineering requires a robust foundation in mathematics. If you possess strong mathematical skills, particularly in solving equations and performing calculations, you would likely find this field both challenging and rewarding.

Control Engineering, an interdisciplinary field, draws upon principles of electrical and mechanical engineering. Its applications extend across a wide range of sectors, including aerospace and chemical engineering, as well as fields as diverse as economics, medicine, and biology. The discipline is centered around the mathematical modeling of systems, analysis of their dynamics, and the subsequent design of controllers for these systems. This comprehensive approach allows for precise control and optimization of various systems, making it a vital component in numerous industries.