Structural Engineering in the Civil Engineering undergraduate program is the core of civil engineering science that focuses on the design, analysis, and construction of building structures, bridges, buildings, dams, and other critical infrastructure. Students in this research group learn the basic principles of structural science and apply them in understanding the behavior and performance of various structures. The material studied includes material strength theory, structural mechanics, structural analysis, and structural design methods. Students understand the behavior of external loads acting on structures, such as gravity loads and wind loads, and how structures respond to these loads. They also learn the latest computational methods and software used in structural analysis. The main objective of the "Structures" research group is to train students to become structural engineers capable of designing and managing infrastructure projects efficiently and safely. They are taught to consider safety, feasibility, and sustainability aspects in designing structures. In addition, students also learn to collaborate with other professionals, such as architects and other engineers, to achieve project goals holistically.

Construction Engineering Management within the Civil Engineering undergraduate program is a key focus in preparing students to be effective managers and managers of construction projects. The program combines technical knowledge with the managerial skills required to lead and coordinate complex construction projects. Students in this discipline group study construction project management, project planning and control, cost estimation, construction procurement, and human resource and financial management. They also understand the principles of risk management, construction law, and ethics in the construction industry. The main objective of this research group is to train students to plan, manage, and complete construction projects efficiently, on time, and within budget. They learn how to identify, analyze, and manage risks that may arise during the project cycle. In addition, they are taught to communicate and collaborate well with the entire project team as well as lead the team effectively.

Geotechnics in the Civil Engineering undergraduate program is the main focus in understanding the behavior of soil and rock and its application in the design and construction of engineering structures. It includes the study of geomechanical properties of soil and rock materials, slope stability analysis, foundation design, base stability assessment, and analysis of deformation of structures due to loads from soil and rock. Students in this discipline group learn geotechnical principles and analyze how soils and rocks interact with building structures. They understand methods of soil investigation, laboratory testing, and geotechnical behavior modeling to predict the response of soils and rocks to structural loads. Also included in the curriculum is learning about various methods of improving soil and rock to support construction, such as retaining walls, soil networks, and deep foundations. The main objective of this research group is to train students to design safe, efficient, and durable foundations and understand the geotechnical risks associated with construction. They learn to identify, analyze, and mitigate geotechnical risks through careful evaluation and appropriate technical solutions.

Water Resources Engineering in the Civil Engineering undergraduate program is the main focus in understanding the efficient and sustainable management, control, and utilization of water resources. This includes the study of the hydrological cycle, flood management, clean water supply, waste management, and water-related infrastructure development. Students in this discipline learn the principles of hydrology and hydraulics to understand the flow of water in rivers, lakes, and channels. They also learn infrastructure design techniques to address issues such as flooding, drought, and water pollution. Included in the curriculum is research on drinking water and sanitation technologies, watershed management, and the application of irrigation systems for efficient agriculture. The main goal of this discipline group is to train students to become experts in planning, designing, and managing sustainable water projects. They learn to understand the challenges and solutions in water management covering technical, environmental, social, and economic aspects.

Transportation Machinery within the Civil Engineering undergraduate program is a specialized focus that studies the principles, technology, and design of land transportation systems. It includes an in-depth study of the planning of roads, bridges, airports, and other public transportation systems that form the basis of the mobility of modern society. Students in this discipline group study technical aspects such as road geometric design, road materials and construction, traffic analysis, transportation planning, and transportation project management. They also understand the latest technologies such as smart transportation systems, sustainable transportation, and road performance analysis. The main objective of this research group is to educate students to become experts in planning and managing efficient and sustainable transportation infrastructure. Students are trained to understand the challenges and dynamics of transportation systems and to find innovative solutions to improve people's mobility by considering efficiency, safety, and environmental sustainability.