The Building Structures in Civil Engineering is one of the essential components in understanding and managing the entire construction ecosystem. The main focus of this group is on the design, analysis, and construction of building structures that ensure the robustness, safety, and durability of buildings against loads and stresses that may occur during the life of the building. One of the main aspects that takes center stage is the application of the principles of structural mechanics. Students learn how to apply these principles to design optimal building structures. This includes an in-depth understanding of the forces acting on structures as well as how to organize materials and construction to effectively resist loads. Failure theory and material selection are also an important focus. Students learn about various materials used in construction such as concrete, steel, and wood. They understand the characteristics and strengths of each material and how to select the appropriate material for each building structure, taking into account safety and cost efficiency. Construction methods are another important subject. Students learn the various construction methods and technologies available. This includes workmanship techniques, casting methods, installation of structures, and advanced construction technologies. The aim is to ensure an efficient, accurate and timely construction process.

Geotechnical Structures in Civil Engineering is an aspect of understanding and managing buildings and infrastructure that are below ground. The main focus of this group is on the design, analysis, and construction of underground structures that include foundations, retaining walls, tunnels, and other structures that interact directly with the soil. One of the main aspects that takes center stage is an in-depth understanding of soil properties. Students study the physical and mechanical characteristics of soils, such as bearing capacity, shear capacity, and compressibility. This understanding is essential in designing suitable foundations and ensuring the stability of overlying structures. The mechanical behavior of soil is another important focus. Students understand how the soil responds to loads, forces and interactions with the structures it is associated with. This involves analyzing the distribution of stresses in the soil and how the soil will move or deform under various conditions. The influence of the environment on the performance of geotechnical structures is also carefully studied. Students understand how factors such as groundwater, climate change and human actions can affect the performance of underground structures. The aim is to develop solutions that can anticipate and respond well to environmental changes. Environmental challenges such as climate change and disaster risk are also of particular interest. Students are directed to identify and address risks associated with unstable environmental conditions. This includes the development of innovative solutions to address the impact of climate change on underground structures.

The Public Infrastructure Management discipline in Civil Engineering is part of managing and delivering public infrastructure projects that include roads, bridges, drinking water, sanitation, and transportation systems. The main focus of this group is to understand and apply management principles to ensure public infrastructure projects can run efficiently, effectively, and provide maximum benefits to society. One important aspect to focus on is strategic planning. Students learn how to plan public infrastructure projects appropriately, taking into account community needs, technical aspects and resource availability. Careful planning ensures that public infrastructure projects have a positive impact on people's quality of life. Financing infrastructure projects is also a crucial aspect. Students understand various financing models, including sources of funds, budget management, and project economic analysis. This enables them to intelligently plan financial resources to ensure smooth and successful projects. Resource management includes coordinating, supervising, and optimizing the use of human, equipment, and material resources. Students learn strategies to maximize efficiency, reduce wastage, and ensure high quality of work in every stage of the project.