Bachelor study courses
Types of courses:
- Compulsory = core course units that the student must complete to be eligible for sitting the final State Examination.
- Recommended optional = course units are chosen by the student from a predefined set of units according to his/her specialisation and/or interests.
- Optional = other course units offered by the department.
Compulsory
| Code | Name | Credits | Completion | Range | Semester (recom.) | Spec. |
|---|---|---|---|---|---|---|
| 132ANKC | Analysis of Structures | 5 | Z, ZK | 2P+2C | Z (5) | C, K |
| 132BAPC | Bachelor Thesis | 12 | Z | 10C | L,Z (8) | C |
| 132BAPK | Bachelor Thesis | 12 | Z | 10C | L,Z (8) | K |
| 132PRPM | Deformation and Failure of Materials | 5 | Z, ZK | 2P+2C | Z (7) | K, C, M |
| 132DY01 | Dynamics of structures 1 | 5 | Z, ZK | 2P+2C | L (6) | C, K |
| 132PRPE | Strength of Materials | 6 | Z, ZK | 3P+2C | Z,L (3) | SI |
| 132PRA | Strength of Materials A | 4 | Z, ZK | 1P+2C | Z,L (3) | A |
| 132SM01 | Structural Mechanics 1 | 6 | Z, ZK | 2P+2C | Z,L (1) | SI |
| 132SMA1 | Structural Mechanics 1A | 5 | Z, ZK | 2P+2C | L,Z (2) | A |
| 132SM02 | Structural Mechanics 2 | 6 | Z, ZK | 2P+2C | L,Z (2) | SI |
| 132SMA2 | Structural Mechanics 2A | 4 | Z, ZK | 1P+2C | Z,L (4) | A |
| 132SM3 | Structural Mechanics 3 | 5 | Z, ZK | 2P+2C | L,Z (4) | SI |
| 132SMR1 | Structural Mechanics R1 | 5 | Z, ZK | 2P+2C | Z,L (1) | R |
| 132SMR2 | Structural Mechanics R2 | 6 | Z, ZK | 2P+2C | L,Z (2) | R |
| 132PRUR | Theory of Elasticity | 6 | Z, ZK | 3P+2C | Z,L (3) | R |
Recommended optional
| Code | Name | Credits | Completion | Range | Semester (recom.) | Spec. |
|---|---|---|---|---|---|---|
| 132YPM1 | Computer Analysis of Structures 1 | 2 | Z | 1P+1C | L (7, 8) | K, C, Q |
| 132YPM2 | Computer Analysis of Structures 2 | 2 | Z | 1P+1C | L (8, 2) | K, C |
| 132YMCK | Micromechanics of Cement-Based Composites | 2 | Z | 1P+1C | L (8, 2 ) | K |
| 132YMMO | Modern Methods of Optimization | 2 | Z | 1P+1C | Z (7, 1) | K, C |
| 132YNMI | Numerical Methods in Engineering Practice | 2 | Z | 1P+1C | Z (7, 8) | K, C, Q |
| 132YPV1 | Programming in C++ for Engineering Calculations 1 | 2 | Z | 1P+1C | Z (7) | K, C |
| 132YKPJ | Project Design K | 5 | KZ | 4C | Z (7) | K |
| 132YSHK | Statics and Reconstruction of Historical Structures | 2 | Z | 1P+1C | L (8) | K, C |
| 132YKPA | Statics for Architecture | 2 | Z | 1P+1C | L (6, 8) | A |