Undergraduate Studies Program 2025 – 2026

1st Semester

1. Linear Algebra and Analytic Geometry
2. Physics Ι
3. Chemistry for Engineers
4. Technical Drawing & CAD
5. Calculus I
6. Computer Programming

 

2nd Semester

1.  Calculus ΙΙ
2.  Physics ΙΙ
3.  Rigid Body Mechanics
4.  Probability and Statistics
5.  Geodesy
6.  English for Specific Purposes

 

3rd Semester

1. Ordinary Differential Equations
2. Numerical Analysis
3. Strength of Materials I
4. Geology for Engineers
5. Geographic Information Systems
6. Construction

 

4th Semester

1. Structural Analysis Ι
2. Fluid Mechanics
3. Environmental Engineering
4. Traffic Engineering
5. Strength of Materials II
6. Partial Differential Equations

 

5th Semester

1. Structural Analysis ΙΙ
2. Highway Engineering I
3. Soil Mechanics Ι
4. Hydraulics
5. Transportation Planning
6. Construction Materials

 

6th Semester

1. Highway Engineering ΙΙ
2. Soil Mechanics ΙΙ
3. Steel Structures Ι
4. Reinforced Concrete Design I
5. Hydrology
6. Groundwater Hydraulics
7. Academic Writing and Technical Report Writing

 

7th Semester

•  Reinforced Concrete Design II
•  Steel Structures ΙΙ
•  Foundation and Retaining Structures
•  Water Supply & Sewage Systems

Geotechnical and Geoenvironmental Engineering Division

•  Soil Dynamics
•  Experimental Soil Mechanics

Division of Structural Engineering

• Structural Analysis ΙΙΙ
• Experimental Strength of Materials

Transport, Transportation and Environmental Management Division

• Environmental impact assessment studies for Transport Infrastructure
• Roadway Safety

Division of Hydraulics and Environmental Engineering

• Computational Hydraulics with Applications in Hydraulic Works
• Water Treatment & Principles of Ecological Engineering

From 2021-22, To continue the studies, the students must have 90 (ECTS) from the previous semester.

8th Semester

• Maritime Hydraulics and Harbour Engineering
• Structural Dynamics Ι
• Civil Engineering Project Management

Geotechnical and Geoenvironmental Engineering Division

• Computational Geotechnical Engineering
• Engineering Geology and Rock Mechanics
• Select one course according to Table 1

Division of Structural Engineering

• Elastoplastic Structural Analysis
• Reinforced Concrete Design III
• Select one course according to Table 1

 

Transport, Transportation and Environmental Management Division

• Design and Evaluation of Transportation Systems
• Sustainable Urban Mobility
• Select one course according to Table 1

 

Division of Hydraulics and Environmental Engineering

Select three of the following:

• Experimental Hydraulics
• Water Resources Management
• Environmental Fluid Mechanics
• Modelling of Surface Water and Groundwater Resources
• Aquatic Chemistry and Water Treatment

 

9th Semester

Geotechnical and Geoenvironmental Engineering Division

• Tunnels and Underground Works
• Select three or four courses according to Table 1

 

Division of Structural Engineering

• Finite Elements
• Advanced Strength of Materials or Structural Dynamics ΙΙ

Select three or four courses according to Table 1

 

Transport, Transportation and Environmental Management Division

• Pavement Design and Construction

• Select three or four courses according to Table 1

 

Division of Hydraulics and Environmental Engineering

Select either b) four (4) courses of 9^th semester and one (1) course of 10^th semester or b) five (5) courses  of 9^th semester according to Table 1

 

 

10th Semester

Geotechnical and Geoenvironmental Engineering Division

• Soil Structure Interaction or
• Computational Geomechanics II or
• Earthquake Geotechnical Engineering or
• Modelling of civil engineering structures

Division of Structural Engineering

Modelling of civil engineering structures ή Concrete Structures Special Topics or Soil Structure Interaction

Transport, Transportation and Environmental Management Division

• Design of Special Transport Infrastructure (Ε, 4, 6)

Division of Hydraulics and Environmental Engineering

Dams and Hydraulic structures ή Land Reclamation Works

Diploma Thesis (30 ECTS credits), after completing 210 ECTS credits

Table 1.

Geotechnical and Geoenvironmental Engineering Division

8th semester (one of the following):

• Geotechnical Earth Structures

Or (from Division of Structural Engineering after permission)

• Assessment and Strengthening of Reinforced Concrete Structures

 

9th semester  (three of the following four)

 

• Special Topics of Soil Mechanics
• Deep Foundations and Retaining Diaphragms
• Geoenvironmental Engineering
• Applications of Python programming language in Geotechnical Engineering problems

• Or (from Division of Structural Engineering after permission)

• Structural Dynamics ΙΙ
• Finite Elements
• Coastal Engineering – Coastal Protection Works

 

Division of Structural Engineering

8th semester (one of the following)

• Elastic Stability
• Assessment and Strengthening of Reinforced Concrete Structures
• Φέρουσα Τοιχοποιία

From other divisions

• Computational Geotechnical Engineering

9th semester (two or three of the following)

• Composite Structures
• Analysis of Surface Structures
• Steel Structures ΙΙΙ
• Prestressed concrete design & introduction to bridge engineering

From other divisions

• Tunnels and Underground Works
• Pavement Design and Construction
• Wave mechanics and Offshore Structures

 

Transport, Transportation and Environmental Management Division

8th semester (one of the following)

• Road network Management and Traffic Operation

Or from other divisions

• Optimization Techniques
• Special Topics on Construction

9th semester (three or four of the following)

• Sustainable Urban Mobility
• Special Topics in Noise protection
• Design and Operation of Railway Transportation Systems
• Design and Operation of Sea Transport Systems
• Special Topics in Highway Engineering

OR alternatively

• Spatial Analysis Techniques and Remote Sensing Applications in Civil Engineering
• Management of Extreme Hydrological Phenomena

 

Division of Hydraulics and Environmental Engineering

8th semester (three of the following five)

 

• Modelling of Surface Water and Groundwater Resources
• Aquatic Chemistry and Water Treatment
• Environmental Fluid Mechanics
• Water Resources Management
• Experimental Hydraulics

or

• Optimization Techniques

9th semester (four or five of the following)

• Unsteady Flows
• Computational Hydraulics with applications in hydraulic works 
• Management of Extreme Hydrological Phenomena
• Wave mechanics and Offshore Structures
• Coastal Engineering – Coastal Protection Works
• Water resources systems and water supply distribution networks

or

• Spatial Analysis Techniques and Remote Sensing Applications in Civil Engineering