Curriculum
Aim of the course
The aim of the course is to qualify engineers who, having acquired the necessary high-level scientific and specific IT-related technological skills, to be competent to design new IT systems and tools, to develop and integrate IT systems, to conduct and coordinate IT-purpose research and development tasks, as well as to be capable of pursuing their knowledge in the frame of PhD studies.
Duration
Regular (full-time) course: 4 semesters, 1200 contact classes
Evening course: 4 semesters, 645 contact classes
Number of credits to obtain
at least 120 credits
Educational level and qualification indicated in the degree
Name of master course: Computer Science Engineering
Educational level: master (magister, Master of Science, abbreviated: MSc)
Qualification: Computer Science Engineer
Main areas of the course
|
Credits |
|
|---|---|
| Mathematics and natural sciences | 21 |
| Economics and human sciences | 10 |
| Professional core curriculum | 28 |
| Specialization | 25 |
| Optional subjects | 6 |
| Thesis | 30 |
| Altogether: | 120 |
Internship
Professional practice of at least 6 weeks (containing 240 work hours).
Foreign language literacy requirements
- Conditions to issue the final certificate: –
- Conditions to issue the degree:
To receive the master’s degree it is required to possess a state-approved, complex, English language certificate of at least intermediate (B2) level; or a state-approved, complex language certificate of at least intermediate (B2) level of any other living language in which the discipline has scientific literature plus a state-approved, complex, English language certificate of basic (B1) level.
Types of training
- Regular (full-time)
Means of evaluation
- Practical mark
- Examination
- Final examination
Conditions to take the final exam
- Final certificate
- Thesis approved by a reviewer
Admission to the final examination is subject to the obtainment of a final certificate. The final certificate is issued to students having fulfilled all educational requirements specified in the curriculum – except for writing the thesis – and obtained the necessary amount of credits.
Components of the final exam
The final exam comprises the defence of the thesis and oral exams specified in the curriculum (with preparation times at least 30 minutes per subject), which have to be taken the same day.
Result of the final examination
The overall result of the final examination is the average of grades obtained for the thesis and the subjects of the oral part of the final exam:
F =(Th + S1+S2+…+Sm)/(1+m)
Conditions to issue the degree
- Successful final exams
- Fulfilment of foreign language requirements
Available specializations
- Robotics
- Biomedical engineering
Date of effect
1 September 2017