Civil Engineering Program

The Department of Civil Engineering is one of the core departments that represents the backbone of infrastructure in any society. This discipline combines science and practical engineering to prepare civil engineers capable of designing, constructing, and managing projects that enhance and develop the built environment.

The department operates under the credit hour system and provides a comprehensive educational environment focused on structural design, geotechnical engineering, and environmental engineering using the latest engineering technologies.

The curriculum includes a wide range of core courses covering structural analysis, structural design, and soil mechanics, along with specialized courses such as:

• Design of Concrete and Steel Structures

• Geotechnical Engineering

• Highway Design

• Engineering Project Management

• Environmental Engineering and Waste Management

• Advanced Analysis of Steel Structures

The program strikes a balance between academic knowledge and practical application through courses such as:

• Computer Applications in Structural Analysis and Design

• Foundation Design

• Quality Control and Construction Materials

• Construction Equipment and Methods

On the practical side, students are trained to address environmental and engineering challenges in major projects. The program integrates applied practice with structural analysis and project management to deliver innovative engineering solutions. It also emphasizes the sustainability of engineering projects and environmental impact, aligning with the goals of the 2030 Sustainable Development Agenda.

The program concludes with a graduation project that reflects the student’s ability to design and implement a comprehensive engineering project using modern tools, including structural analysis software, 3D modeling, and advanced construction management technologies.

The department aims to graduate civil engineers with strong analytical and practical skills, capable of tackling complex engineering challenges and contributing effectively to infrastructure development and environmental sustainability in construction projects.

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Environmental Engineering Program

The Department of Environmental Engineering is a vital field focused on environmental protection and sustainability by applying engineering principles and environmental sciences. The department aims to prepare environmental engineers who can design effective solutions to contemporary environmental challenges such as water and air pollution and provide sustainable energy resources.

Operating under the credit hour system, the department offers an integrated educational environment that combines foundational concepts with practical applications in environmental engineering and natural resource management.

The curriculum includes core courses covering various aspects of environmental engineering, such as:

• Introduction to Environmental Microbiology

• Fundamentals of Environmental Engineering

• Water Chemistry

• Environmental Organic Chemistry

• Environmental Engineering Design

• Air Pollution Analysis and Control

• Air Quality Management

The program also includes hands-on training to build practical skills, such as:

• Water Chemistry Lab

• Environmental Hydrology

• Irrigation Works Design

• Port Engineering

• Hydraulic Network Systems

Specialized courses focus on water management, energy resources, and groundwater, in addition to river and waterway studies such as:

• Natural Energy Resources

• Rivers, Waterways, and Canals

• Port and Coastal Engineering

The department aims to equip students with the knowledge and skills necessary to design and implement projects that improve the environment, such as waste management, water protection, and clean energy technologies. The program emphasizes sustainable resource management to ensure environmental preservation for future generations.

The program concludes with an Environmental Graduation Project that involves designing innovative environmental solutions to real-world problems using environmental analysis and modeling techniques.

The department strives to graduate qualified environmental engineers who can address complex environmental challenges and work in the field of sustainable development, contributing to the protection of natural resources on a global scale.