Curriculum

The Civil Engineering PhD Program curriculum is structured to enable students to acquire advanced theoretical knowledge, research competence, and the ability to produce original scientific contributions. The program offers an integrated and research-oriented educational model that includes advanced courses, a doctoral seminar, a qualifying process, and a thesis.

The curriculum consists of four main components:

• Compulsory courses: Courses aimed at deepening the theoretical foundation of the field and developing research methods.
• Elective courses: Advanced courses focused on the sub-disciplines in which students wish to specialize.
• Doctoral seminar and qualifying process: Studies aimed at scientific research, academic presentations, and assessment of field competence.
• Thesis: Independent and advanced research aimed at making an original contribution to the literature.

This structure allows students to both advance their theoretical knowledge and gain the competence to conduct independent research.

The courses included in the program are planned to cover the fundamental sub-disciplines of civil engineering such as structural, geotechnical, transportation, hydraulic, and building materials. Course content includes: The curriculum is structured to include current engineering problems, advanced analysis methods, numerical modeling techniques, and scientific research approaches.

Students are also guided to gain competence in:

• advanced engineering analysis
• numerical modeling and simulation techniques
• experimental and theoretical research methods
• scientific publication production and academic writing

The program adopts a student-centered and research-oriented educational approach. This includes:

• advanced lectures
• project and research-based learning
• literature reviews
• seminars and academic presentations

This approach aims to develop students' analytical thinking, problem-solving, and scientific research skills to an advanced level.

Student performance is assessed using multi-dimensional measurement and evaluation tools such as:

• midterm and final exams
• project and research assignments
• seminars and academic presentations
• doctoral qualifying exam
• doctoral thesis work

The curriculum is directly linked to program outcomes, and the learning outcomes of each course are designed to be consistent with the program outcomes. This ensures that students:

Students are systematically enabled to acquire competencies such as:

• solving complex engineering problems
• effectively using advanced analysis and modeling tools
• developing a sense of scientific and ethical responsibility
• producing original research and publications.

The education plan is regularly reviewed and updated in line with a continuous improvement approach. In this context, the following are taken into account to ensure the program's currency, effectiveness, and sustainability:

• Advisory board evaluations
• student and alumni feedback
• opinions of industry and academic representatives.