Architectural Design is a research group that is at the core of the discipline of Architecture. In this program, students gain in-depth knowledge of how to plan, design, and construct buildings and built environments that are adequate and responsive to human needs. The main focus of this group includes several important aspects. First, is site analysis, which involves understanding the physical, geographical, and social characteristics of the location where the building will be built. This is important to ensure an integrated building design with the surrounding environment. Second, is conceptual design, where students learn techniques to come up with innovative and aesthetically pleasing initial design concepts. These conceptual designs form the basis of the entire architectural project. Next, technical documentation becomes a significant focus, including an in-depth understanding of drafting plans, technical drawings, and specifications. The ability to produce accurate and comprehensive documentation is an essential skill in architectural practice. Structural and systems analysis is another key aspect of this research group. Students understand the principles of building structures and engineering systems that ensure the stability, safety, and efficiency of buildings. Finally, construction management is a component that equips students with project management skills, resource management, and effective construction supervision.

Building Technology is a research group that plays a crucial role in the architecture industry. The main focus of this group is the development, design, and implementation of efficient, safe, and sustainable building technologies and systems. In the course of this program, students gain in-depth knowledge of building structures, construction materials, HVAC (Heating, Ventilation, and Air Conditioning) systems, illumination, plumbing systems, information technology, and building security technology. One of the main focuses is building structures, which includes an understanding of the different types of structures and design principles that ensure the strength and stability of buildings. The selection and use of appropriate construction materials is also an important aspect of this scientific group. Students study the characteristics, properties, and applications of various materials to ensure construction efficiency and building quality. Equally important is the HVAC system, which includes knowledge of building heating, ventilation, and cooling systems. Students understand how to design a system that ensures thermal comfort within the building with energy efficiency in mind. Illumination and plumbing systems are also a focus, including proper lighting design and water supply and waste management systems. Information technology and building security are also important parts of integrating the latest innovations that ensure the safety and comfort of building occupants.

Architectural History, Theory, and Criticism is a discipline that focuses on the study of the history, theory, and criticism of architecture as an art form and social practice. Its main focus includes the analysis of the culture, aesthetics, and philosophy of architecture, as well as the interpretation and evaluation of historic and contemporary architectural works. It plays a vital role in shaping architects' perceptions and views, influencing design development and future architectural practice. Architectural history enables an in-depth understanding of the evolution of architecture over time, including the cultural context, technologies, and innovations that influenced it. Students study changes in architectural styles, construction materials, and values underlying building design. Architectural theory addresses the concepts and ideologies behind building design. This includes the application of design principles, spatial concepts, and integration with the environment. Students consider aspects of aesthetics, functionality, and their relation to human needs. Architectural criticism allows students to evaluate architectural works with a critical eye. They learn to analyze the strengths and weaknesses of a design, its social context, and its impact on society and the environment.

Landscape Architecture and Environmental Design is a discipline that focuses on the planning, design, and management of outdoor environments that integrate functionality, aesthetics, and sustainability. Its main focus includes the design of parks, recreation, urban development, transportation, and green spaces in urban areas. One of the central aspects of this discipline is the design of parks and recreational open spaces. Students learn design principles that enable the creation of parks that are pleasant, comfortable, and appropriate to human needs. They understand how to combine elements of nature, architecture, and technology to create open spaces that promote public health and happiness. City design and urban development are crucial aspects of this discipline group. Students understand how to design sustainable, efficient, and highly sustainable cities, integrating environmental, social, and economic aspects. They consider environmentally friendly transportation, public open spaces, and infrastructure that support diverse urban life.

Urban Planning, Housing, and Design is a discipline within Architecture that focuses on the planning, design, and development of efficient, inclusive, and sustainable cities and settlements. The main focus of this group includes urban planning, housing, transportation, area development, and empowering communities to play an active role in decision-making related to their living environment. One of the central aspects of this discipline is urban planning. Students learn the principles of urban planning including zoning, land use, transportation, infrastructure, and regional development. They understand how to design cities to be efficiently organized, facilitate mobility, and meet the needs of diverse communities. Housing design is an important aspect studied in this cohort. Students understand the principles of home and settlement design that consider space efficiency, comfort, safety, and sustainability. They focus on creating residences that meet the social, economic, and cultural needs of the community. In addition, transportation and area development are also a major focus. Students learn how to plan efficient and environmentally friendly transportation systems, as well as how to develop areas that integrate various functions such as residential, commercial, and public spaces.

Computational Architecture is a discipline within Architecture that utilizes computer technology and algorithms to support and advance the planning, design, and production of buildings. The main focus of the group includes architectural modeling and simulation, building performance analysis, development of digital and robotic technologies, and exploration of innovative materials and construction. One of the central aspects of this discipline is architectural modeling and simulation. Students learn the use of software and algorithms to create three-dimensional models that aid the visualization and analysis of building designs. With this modeling, they can identify potential problems, improve designs, and understand more deeply how a building will interact with its environment. Building performance analysis is an important area of study in this group. Students understand how to apply computational technology to measure and evaluate the energy efficiency, lighting, ventilation, and other performance aspects of a building. This helps them design buildings that are more environmentally friendly and economical.