Department of Civil Engineering
Teachers Count
14
Department of Civil Engineering
Program Overview
Civil Engineering is one of the fundamental engineering disciplines, playing a vital role in the planning, design, construction, and management of infrastructure and engineering structures that impact various aspects of life. The program is based on the integration of theoretical knowledge and practical applications, ensuring the preparation of qualified civil engineers capable of effectively applying scientific and engineering principles in real-world practice.
The program provides students with a comprehensive engineering foundation across key civil engineering domains, including structural engineering, water and environmental engineering, geotechnical engineering, transportation and highway engineering, and construction project management. It also emphasizes the development of analytical, design, and modeling skills using modern technologies and advanced engineering software, enhancing graduates’ readiness for the local and regional labor markets.
The program strengthens its practical dimension through design projects and field training in engineering companies, consulting firms, and governmental institutions, bridging academic knowledge with professional practice and equipping students with essential industry experience.
Vision
Leadership and excellence in civil engineering education and applied research, contributing to the development of sustainable engineering solutions in infrastructure and resource management at the local and regional levels.
Mission
To prepare qualified civil engineers with strong scientific and practical competencies, capable of designing, analyzing, constructing, and managing infrastructure projects efficiently through high-quality education, advanced practical training, and applied research, thereby meeting labor market needs and contributing to sustainable development and community service.
Objectives
• Prepare qualified civil engineering graduates with strong theoretical and practical competencies across civil engineering disciplines.
• Develop students’ design, analysis, and modeling skills using modern engineering technologies.
• Integrate theoretical knowledge with practical applications through training and engineering projects.
• Enhance project management capabilities in terms of cost, time, and quality.
• Support applied research in infrastructure and environmental engineering fields.
• Meet the needs of the local and regional labor markets in the civil engineering sector.
Core Values
Excellence and quality in engineering education.
Integrity and adherence to professional ethics.
Innovation and creativity in engineering solutions.
Teamwork and collaboration.
Social responsibility and sustainable development.
Continuous learning and technological advancement.
Career Opportunities
• Construction and contracting companies.
• Engineering and consulting firms.
• Technical supervision and project control.
• Road, water, and infrastructure projects.
• Soil and construction materials testing centers.
• Government ministries and agencies such as the Ministry of Public Works, Ministry of Local Administration, Ministry of Environment, Ministry of Agriculture, Ministry of Water, and the Department of Lands and Survey.
Educational Environment & Training
The Department of Civil Engineering at Tafila Technical University strives to provide a stimulating educational environment that keeps pace with modern engineering developments, producing scientifically and practically qualified engineers capable of meeting labor market demands, actively contributing to community service, and supporting sustainable development.
Department Majors
1
Credit Hour
Bachelor Degree
Program Overview
Civil Engineering is concerned with the planning, design, construction, and management of infrastructure and engineering structures that support various development sectors. The program focuses on the scientific and engineering principles related to structural engineering, water and environmental engineering, geotechnical engineering, transportation engineering, and project management. It aims to prepare civil engineers capable of applying scientific knowledge and modern technologies to design and implement safe and sustainable projects that meet societal needs and labor market demands.
Program Learning Outcomes
By the end of the program, the graduate will be able to:
Apply engineering principles in the design and analysis of concrete and steel structures.
Design water supply and sewage systems and apply hydraulic and hydrological concepts.
Analyze soil and rock properties and evaluate their suitability for engineering projects.
Design and plan road and bridge networks according to modern engineering standards.
Use engineering software for analysis, design, and modeling.
Apply project management concepts in terms of time, cost, and quality.
Conduct geotechnical and environmental studies for engineering projects.
Work effectively within multidisciplinary engineering teams.
Brief Study Plan
The study plan includes the following components:
General Requirements: Mathematics, General Physics, General Chemistry, Computer Skills.
Major Requirements: Structural Analysis, Concrete Design, Steel Structures Design, Soil Mechanics, Rock Mechanics, Foundation Engineering, Water Engineering and Hydraulics, Highway Engineering, Project Management.
Practical Courses: Civil engineering laboratories, computer-aided engineering applications, engineering modeling and simulation, engineering data analysis.
Field Training: On-site training in construction companies, engineering consultancy firms, and governmental institutions to integrate theoretical knowledge with practical experience.
Graduation Project: A research or applied project in one of the civil engineering fields (structures, water, transportation, soil, or project management).
Career Opportunities
Construction and contracting companies.
Engineering and consulting firms.
Project supervision and construction management.
Roads, bridges, and infrastructure projects.
Soil and construction materials testing laboratories.
Government ministries and agencies such as the Ministry of Public Works, Ministry of Water, Ministry of Environment, and planning and infrastructure authorities.
Research and development centers in civil engineering.
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