Our Faculty offers the opportunity to obtain a MSc degree from one of the best technical universities in Poland (according to the 2017’s Polish Ministry of Science and Higher Education ranking).

We welcome candidates who have complited BSc in Civil Engineering. We offer a programme, which enables students to obtain detailed and advanced knowledge on different aspects related to Civil Engineering. It includes some theoretical subjects on higher level, e.g.: Mathematics, Theory of Elasticity and Plasticity, as well as advanced engineering subjets such as: Complex Concrete Structures, Complex Steel Structures, Construction Management, Advanced Foundations, Bridge Structures and others.

The admission is opened both winter and summer semester, the course duration is 3 semesters (programme begins each February and October). The graduate of MSc Studies in Civil Engineering is prepared for designing and managing of construction works of all types of civil engineering structures. He/she might work at construction sites, in design offices, research-development institutes, building materials industry and in other institutions involved in civil engineering aspects. The graduate is also entitled to apply for enrolment for PhD studies.

 

 

Sem. 1

SUBJECT

CODE

ECTS

LECTURE

EXERCISES

LABOLATORIES

PROJECT

SEMINAR

SUM

Advanced foundations 

PG_00042226

2

15

 

 

15

 

30

Complex concrete structures 

PG_00041056

4

30

15

 

15

 

60

Complex steel structures

PG_00041057

4

30

15

 

15

 

60

Construction management

PG_00042225

6

30

15

 

15

 

60

Hydraulics and hydrology

PG_00041517

2

15

15

15

 

 

45

Hydro and marine civil engineering 

PG_00041516

2

30

15

 

 

 

45

Mathematics 

PG_00042221

5

30

30

 

 

 

60

Theory of elasticity and plasticity 

PG_00042222

5

30

30

 

 

 

60

 

Sem. 2

SUBJECT

CODE

ECTS

LECTURE

EXERCISES

LABOLATORIES

PROJECT

SEMINAR

SUM

Bridge structures 

PG_00041518

3

30

 

 

15

 

45

Engineering surveying

 PG_00041524

3

15

 

 

15

 

30

Finite element method 

PG_00042224

4

30

 

30

 

 

60

Geotechnics 

PG_00042264

5

45

 

 

30

 

75

Reliability of structures 

PG_00041525

3

30

15

 

 

 

45

SEMINAR ON CIVIL ENGINEERING

PG_00041522

3

 

 

 

 

30

30

Structural dynamics 

PG_00041521

3

30

15

 

 

 

45

Transportation engineerin 

PG_00041519

3

30

 

30

 

 

60

Wind and earthquake engineering 

PG_00041523

3

30

15

 

 

 

45

 

Sem. 3

SUBJECT

CODE

ECTS

LECTURE

EXERCISES

LABOLATORIES

PROJECT

SEMINAR

SUM

Finite element method - applicatios

 PG_00041526

3

 

 

 

 

30

30

Geology and hydrogeology 

PG_00042265

2

15

 

15

 

 

30

Thesis 

PG_00039351

20

 

 

 

 

 

0

THESIS SEMINAR

 PG_00042266

3

 

 

 

 

45

45

SOCIO- HUMANISTIC SUBJECT

 

2

30

 

 

 

 

30