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Study programmes > All studies > Computational Engineering > Computational Engineering, full-time, second cycle programme

Computational Engineering, full-time, second cycle programme (S2-IO)

(in Polish: Inżynieria obliczeniowa, stacjonarne, drugiego stopnia)
second cycle programme
full-time, 1,5-year studies
Language: Polish
No description for the programme.

Qualification awarded:

Second cycle degree – magister- in computational engineering

Access to further studies:

doctoral school, non-degree postgraduate education

Learning outcomes

Effects of learning for studies in the field of computational engineering are described in the Annex to Resolution No. 397 of the Senate of the University of Warsaw of 24 June 2015.
As a result of education at the second level studies on computational engineering with a practical profile, graduate:
- has knowledge of the mathematics necessary to study the chosen branch of computer science;
- knows advanced methods of designing and analyzing the computational complexity of algorithms and sequential, parallel and distributed programs;
- knows the principles of operation and application of the most important algorithms used in computer simulations in a selected field (approximation, FFT, fast exponential algorithms, heuristics, Monte Carlo methods, genetic algorithms);
- knows the methods of statistical data analysis;
- knows the issues of construction, operation and design of local and extensive computer networks and modern computer systems;
- has knowledge in the field of modeling of the various phenomena and natural processes and has knowledge of specialized IT tools;
- knows in depth the selected techniques of data acquisition and modeling of social structures and processes occurring in them, as well as identifying the rules that govern them;
- has basic knowledge of intellectual property management, can use patent information systems;
- can plan and carry out computer simulations, analyze their results and draw conclusions;
- can analyze the problem and determine algorithms and calculation methods useful for solving it;
- can assess the suitability and the possibility of using new hardware and programming solutions to solve computational problems in a chosen field of application;
- can determine the directions of further learning and realize the process of self-education;
- knows how to use English at intermediate level and use specialized vocabulary allowing reading professional literature (B2+ level);
- knows and adheres to the principles and standards of the IT profession, including ethical standards; understands the social role of the IT profession.

Number of ECTS credits for the studies:90
Number of semesters: 3
Number of ECTS credits for the learning outcomes achieved in basic courses: 83
Number of ECTS credits for the learning outcomes achieved in practical courses: 56
Number of ECTS credits for the learning outcomes achieved in elective courses: 36

Program of practical profile studies provides a compulsory professional placement – 3 months; 12 ECTS credits.

Course structure diagram:

Abbreviations used in tables:
lect - Lecture
cl - Class
kon - Seminar
lab - Lab
c - Pass/fail
e - Examination
g - Grading
First year, first semester - Computational EngineeringECTSlectclkonlabexam
Analytical methods in mathematical modeling63030e
Intellectual property rights-basic course0.54c
Parallel computing63030e
Computational systems, data bases, networks93060e
Selected applications of computer sciences115g

Admission procedures:

Visit the following page for details on admission procedures: https://irk.oferta.uw.edu.pl/