Courses
For each numbered Group of courses, students should select one course. If in a Concentration of study the Group has only one course, then this course is mandatory for this Concentration.
Semester: 1
- Ecology and Chemistry for Civil Engineers
- General Building Technology & Architectural Drawing
- Geology for Engineers
- Mathematical Analysis & Linear Algebra
- Mechanics of the rigid body
- Computer Aided Design of Civil Engineering Projects
- Descriptive Geometry
- History of Architecture
- Introduction to Energy Engineering
- Life-cycle analysis of civil engineering structures
Semester: 2
Semester: 3
- Computer-based Solution Methods
- Dynamics of the rigid body
- Environmental Engineering
- Geodesy (surveying)
- Numerical Analysis
- Strength Of Materials
Semester: 4
- Construction Site Organization and Safety – Construction Equipment
- Fluid Mechanics
- Probability and Statistics
- Soil Mechanics I
- Structural Analysis of Determinate Structures
Semester: 5
- Engineering Hydrology
- Geometric Design of Roads
- Hydraulics and Hydraulic Works
- Soil Mechanics II
- Structural Analysis of Indeterminate Structures
- Computer Aided Design of Civil Engineering Projects
- Descriptive Geometry
- History of Architecture
- Introduction to Energy Engineering
- Optimization & Machine Learning
Semester: 6
Semester: 7
- Construction Management
- Earthquake Engineering I
- Maritime Hydraulics and Harbour Engineering
- Reinforced Concrete II
Semester: 8
- Public Transit Planning
- Railway Engineering
- Special Topics of Road Geometric Design
- Urban Road Networks
- Building Materials II
- Complex Calculus
- Computational Fluid Dynamics
- Geographical Information Systems
- Quality Control and Quality Assurance
- Renewable Energy and Hydroelectric Projects
- Engineering Seismology
- Light Metal Structures
- Steel Structures III
- Structural Reliability and Risk Analysis
- Timber Structures
Semester: 9
- Composite Materials
- Mechanics of Masonry
- Plates & Shells – Special Issues in Finite Element Analysis
- Seismic Retrofit and Strenghtening of Existing Structures
- Soil Dynamics
- Stochastic Methods
- Composite Materials
- Mechanics of Masonry
- Plates & Shells – Special Issues in Finite Element Analysis
- Seismic Retrofit and Strenghtening of Existing Structures
- Stochastic Methods
- Advanced Topics in Reinforced Concrete
- Boundary Elements
- Environmental Impacts
- Nonlinear Behavior of Steel Structures
- Soil-Structure Interaction
- Technology of Building Information Modelling (BIM)
- Advanced Topics in Reinforced Concrete
- Environmental Impacts
- Nonlinear Behavior of Steel Structures
- Soil-Structure Interaction
- Technology of Building Information Modelling (BIM)
- Advanced Topics on Pavements
- Analysis Methods in Traffic Engineering
- Quantitative Methods in Transportation
- Combined Transport – Advanced Systems
- Earthquake Engineering II
- Integrated Project in Geotechnical Engineering