With the successful completion of the study in the civil engineering program, the student acquires knowledge and concepts in:
1- Mathematical and scientific knowledge, concepts and theories appropriate for specialization
2- The foundations of information and communication technology.
3- Characteristics of engineering materials related to the field of civil engineering.
4- The foundations of design, including designing elements, processes, and systems related to civil engineering.
5- Methodologies for solving engineering problems and collecting and interpreting information.
6- Quality assurance systems, codes and standards for civil practices, health and safety requirements and environmental issues.
7- Business administration and principles related to civil engineering
8- Current civil engineering techniques
9- Humanitarian and ethical issues.
10- Technical English Language and Report Writing.
11- Ethics of professional practice and the impact of civil engineering solutions on society and the environment.
12- Contemporary Issues in Civil Engineering.
13- Analysis and design of engineering principles in the field of reinforced concrete, steel structures, soil research, foundations, fluid mechanics, water and environmental sources, sanitary engineering, road and traffic systems, area and photography
14- Knowledge of the properties and behavior of building materials manufacturing
15- Project and construction management including planning and financing or the bid and contracts stage

With the successful completion of the studies in the civil engineering program, the student will be able to:
1- Choose the appropriate mathematics and computational methods for modeling and analyzing problems.
2- Choose the appropriate solutions to engineering problems based on analytical thinking.
3- Think creatively and creatively in problem solving and design.
4- Collect, exchange and evaluate different ideas, opinions and knowledge from a range of sources.
5- Evaluate the characteristics and performance of systems, components, and processes.
6- It investigates the failure of components, systems and processes.
7- It solves engineering problems on the basis of limited and possibly contradictory information.
8- Selects and evaluates appropriate ICT tools for a variety of engineering problems.
9 - Judges engineering decisions taking into consideration balanced costs, advantages, safety considerations, quality and environmental impact considerations.
10- Ensures the economic, social, environmental and risk management dimensions in design
11- Analyze the results from numerical models and evaluate their limits.
12- It sets an organized and structured approach to dealing with new and advanced technology.
13- Choosing the appropriate building materials from the perspective of the appropriate resistance and durability according to the location, temperature and weather conditions and their impact on sea water and the environment
14- Selecting and designing facilities for controlling waterways, irrigation, water networks, drainage systems and pump stations
15- Analysis and selection of codes in the design of reinforced concrete engineering and metal structures for all types with determination of levels and types of design systems for building foundations, structures and excavation works.
16- Definition, planning, identification and reporting of the technical aspects department
17- Create and evaluate various technical systems and strategies for solving engineering problems.

With the successful completion of the studies in the civil engineering program, the student will be able to:
1- Apply knowledge in mathematics, science, information technology, and architectural design, in the context of engineering practice and engineering problem solving.
2- It integrates engineering knowledge and makes suggestions for improving design, products and / or services.
3- Create and / or redesign a process, component or system, and execute specialized engineering designs.
4- Practice precision and aesthetics in design and approach.
5- It uses computers and different technologies, measurement tools, workshops and laboratory equipment to design experiments, collect, analyze and interpret results.
6- It uses a wide range of analytical tools, techniques, equipment, related software packages and required software development.
7- Apply numerical modeling methods to engineering problems.
8- Apply safety systems at work and monitor appropriate steps to manage risks.
9- Practice basic skills for organizing and managing projects.
10- It applies quality assurance procedures and follows the rules and standards.
11- Exchanging knowledge and skills with the engineering and industrial community.
12- Prepares and presents technical reports.
13- Efficient and safe use of laboratory and site or field equipment.
14- The ability to view, record and analyze information and results in the laboratory and on the site or field
15- Gain construction management skills professionally and practically with preparing technical drafts and detailed drawings using both the manual method and using the AutoCAD program.
16- The ability to maintain all kinds of roads and traffic systems.
17. Efficiently prepare area reports.
18- The ability to plan, design, construct, operate, control and carry out maintenance work for all types of roads and traffic systems.

With the successful completion of the study in the Architectural Engineering program, the student will be able to:
1- Collaborate effectively within a multidisciplinary team.
2- It works in a stressful environment and within restrictions.
3- It communicates effectively.
4- Show efficiency in information technology capabilities
5- Leads and motivates individuals.
6- Effectively manages tasks, time and resources.
7- Looking for information and practicing self-learning for life.
8- Acquire entrepreneurial skills
9- Refer to the relevant literature