Programs

In postgraduate studies, students of architecture have the opportunity to specialize in one of seven areas: Sustainable Architecture, Housing Architecture, Educational and Cultural Architecture, Sanitary Space Architecture, Technology Architecture, Landscape Architecture, and Technical Architecture. At the Ph.D. level, the field of Architectural Engineering offers three specializations: Islamic Architectural Orientation, Architectural Technology, and Landscape Architecture. Architectural Engineering is an interdisciplinary field, blending elements of both science and art. While it is often considered a subset of mathematics and physics, it also incorporates artistic and technical aspects, making it a unique blend of these disciplines. This combination allows for the creation of structures that are not only functional and efficient but also aesthetically pleasing.

This field encompasses the initiation and upkeep of heating, cooling, and electrical power generation equipment, including generators, substations, and other electrical apparatus used in industries or large buildings. Additionally, it involves the exploration of new sources of electrical energy, a pursuit undertaken within various subfields of this discipline.

Bioinformatics, at the Ph.D. level, is an interdisciplinary field of science that employs various approaches and software tools to analyze and interpret biological data. It integrates disciplines such as computer science, statistics, mathematics, and engineering. The primary application of bioinformatics is the computational analysis of biological problems, utilizing mathematical methods and statistical techniques.

Agricultural development, a subfield of agricultural sciences and natural resources, aims to educate individuals who can disseminate new technologies, methodologies, and ideas in the realm of agricultural production and rural development. The goal is to equip farmers and rural communities with these advancements, leveraging both theoretical and practical knowledge of agricultural sciences. This field plays a crucial role in fostering innovation and progress in agriculture, contributing to rural development and sustainability.

Indeed, this field is grounded in the theoretical development of the discipline. If an individual successfully completes courses in Mathematical Statistics 1, Mathematical Statistics 2, and Statistical Methods, they can continue their studies in this area. This progression allows students to build on their foundational knowledge and delve deeper into more complex statistical theories and methods. It's a rigorous and rewarding field that offers valuable insights into data analysis and interpretation.