Water Supply Engineering in the Environmental Engineering undergraduate program is the main focus that explores the principles, technology, and management of clean water resources. The aim of this research group is to prepare students to become experts who have an in-depth understanding of the provision of safe, affordable, and sustainable clean water. In this program, students learn water treatment techniques and processes, including water purification, water quality control, and clean water distribution management. They also understand the hydrological principles, piping systems, and infrastructure associated with water supply. In addition, aspects of sustainability, water use efficiency, and the application of green technologies in water management are also an integral part of the curriculum. Students gain a solid knowledge of the chemical and biological principles involved in water treatment, as well as the latest technologies used in water management and distribution. They are also trained in the use of simulation software to design and model water systems.

Wastewater Engineering in the Environmental Engineering undergraduate program focuses on the study and management of wastewater. Its main objective is to prepare students to become experts in planning, designing, and managing efficient, environmentally friendly, and regulatory compliant wastewater management systems. Students in this group study various aspects related to wastewater, including the physical, chemical, and biological characteristics of wastewater. They also understand various wastewater treatment technologies such as physical treatment, chemical treatment, biological treatment, and advanced treatment. In addition, aspects of wastewater treatment infrastructure design and wastewater management are an important part of the curriculum. In this program, students are also taught about regulations and standards related to wastewater management as well as the importance of sustainability and public health in wastewater management. They learn the latest technology, including the use of geographic information systems (GIS) in wastewater monitoring and analysis.

Solid Waste Management in the Environmental Engineering undergraduate program focuses on the study and management of solid waste to achieve efficient and sustainable waste management. Students in this group understand important aspects related to solid waste, including its characteristics, sources, environmental impacts, and responsible management strategies. The subject matter covers solid waste treatment technologies, such as volume reduction, destruction, and recycling. Students understand the systems and infrastructure involved in solid waste management, including solid waste treatment facility design, sanitation, and related policies and regulations. They also learn monitoring and measurement techniques to ensure effective solid waste management. During the program, students are provided with knowledge on the importance of sustainable approaches in solid waste management, including the concepts of recycling, waste reduction, and the development of environmentally friendly technologies. They are also trained to apply the principles of environmental engineering to effectively address solid waste challenges.

Air Pollution in the Environmental Engineering undergraduate program focuses on the study, analysis, and management of air pollution to achieve healthy and sustainable air quality. Students in this group understand the complexity of key aspects related to air pollution, including pollutant sources, characteristics, environmental impacts, and mitigation methods. Learning materials include in-depth knowledge of the types of air pollutants, such as particulates, industrial exhaust gases, organic pollutants, and heavy metals. Students understand air quality analysis and monitoring methods as well as technologies that can reduce emissions and control air pollution. They also learn about relevant regulations and policies that aim to maintain and improve air quality. During the program, students are trained to develop innovative strategies and solutions to address air pollution. They are involved in research, designing air pollution control systems, and developing policies to manage emissions. Their deep understanding of environmental science and technology enables them to contribute to creating a cleaner and healthier air environment.