All the fields of full-time and combined study modes are displayed for the faculty selected. The system processes the information collected over the last 4 terms. For each field of study, the System selects all the programmes of study in which the field was active on the day the teaching period started in the term. Only the programmes which started with proper enrolment are taken into account (those which started with a student migrating from another programme and the ones with more than two courses recognized, etc., are being ignored). The System takes into account the enrolment in the courses which are included in grade average calculations, offered within regular terms, and not recognized. For every enrolment instance, the System finds out how many fields were active in the programme of study on the day the teaching period started for the term. If it is only one, the enrolment instance is included in the calculation for the given field. If the programme has more than one active field, the System tries to find out whether there is any field associated with the enrolment instance. If this is the case, the field is used, and if not, the System searches for the fields the course is directly associated with. The course is included in the calculation only for those fields of the programme to which the course is directly associated with. If none of the fields the course is directly associated with are the active fields on the day the teaching period starts for the term, the enrolment instance is included in the calculation for all the active fields of the programme of study. The term used is the one the Office for Studies specifies for the active field as valid as of the start of teaching period in the term. The percentage gives the ratio of all the programmes of study having the field as active in the term on the day the teaching period starts to the same programmes of study with the course enrolled in. Only the first enrolment in the course within the programme is being taken into account; repeated enrolments are ignored (i.e. in the situations where the student failed to complete the course before and thus re-enrolled in it). The enrolment instances with the percentage lower than 10 are being ignored. The number of terms displayed corresponds to the standard length of studies.

Informatics (bachelor's full-time single-subject)

1st year
1st term
FI:PB151 Computer Systems • 97 %
FI:PB154 Database Systems • 95 %
FI:IB015 Non-Imperative Programming • 93 %
FI:IB000 Mathematical Foundations of Computer Science • 89 %
FI:VB035 English Skills for IT I • 83 %
FI:IB111 Foundations of Programming • 79 %
FI:PV005 Computer Network Services • 41 %
FI:VB001 English Exam • 17 %
FI:VV028 Psychology in Informatics • 13 %
2nd term
FI:PV004 UNIX • 94 %
FI:PB156 Computer Networks • 92 %
FI:MB151 Linear models • 86 %
FI:PB152 Operating Systems • 86 %
FI:PB071 Principles of low-level programming • 85 %
FI:IB002 Algorithms and data structures I • 81 %
FI:PB152ZK Operating Systems - Exam • 78 %
FI:VB036 English II • 74 %
FI:VB001 English Exam • 56 %
2nd year
3rd term
FI:PB006 Principles of Programming Languages and OOP • 82 %
FI:MB154 Discrete mathematics • 79 %
FI:MB152 Differential and Integral Calculus • 71 %
FI:PB016 Introduction to Artificial Intelligence • 56 %
FI:PV065 UNIX -- Programming and System Management I • 26 %
FI:VV028 Psychology in Informatics • 25 %
FI:PV005 Computer Network Services • 24 %
FI:IB111 Foundations of Programming • 23 %
FI:VB001 English Exam • 23 %
FI:PB130 Introduction to Digital Image Processing • 21 %
FI:PB007 Software Engineering I • 15 %
FI:PV028 Applied Information Systems • 14 %
FI:PV123 Introduction to Visual Communication • 13 %
FI:PV170 Design of Digital Systems • 13 %
FI:MV008 Algebra I • 12 %
4th term
FI:IB005 Formal Languages and Automata • 79 %
FI:PV080 Information security and cryptography • 77 %
FI:MB153 Statistics I • 76 %
FI:PB162 Java • 40 %
FI:IB109 Design and Implementation of Parallel Systems • 37 %
FI:PB161 C++ Programming • 27 %
FI:PB176 Basics of Quality and Managment of Source Code • 26 %
FI:PB152ZK Operating Systems - Exam • 25 %
FI:PV178 Introduction to Development in C#/.NET • 22 %
FI:PB009 Principles of Computer Graphics • 21 %
FI:PB152 Operating Systems • 18 %
FI:IV109 Modeling and Simulation • 17 %
FI:PV077 UNIX -- Programming and System Management II • 17 %
FI:IB031 Introduction to Machine Learning • 14 %
FI:PB138 Basics of web development and markup languages • 14 %
FI:PV291 Introduction to Digital Signal Processing • 14 %
FI:IB002 Algorithms and data structures I • 13 %
3rd year
5th term
FI:IB107 Computability and Complexity • 83 %
FI:PB016 Introduction to Artificial Intelligence • 60 %
FI:MV008 Algebra I • 25 %
FI:VV035 3D Modeling • 20 %
FI:PV170 Design of Digital Systems • 19 %
FI:MB152 Differential and Integral Calculus • 17 %
FI:PV028 Applied Information Systems • 16 %
FI:PV065 UNIX -- Programming and System Management I • 15 %
FI:PV168 Seminar in Java programming • 15 %
FI:MA018 Numerical Methods • 11 %
FI:PV112 Computer Graphics API • 11 %
6th term
FI:IB031 Introduction to Machine Learning • 77 %
FI:SBPRIP Revisions for Bachelor State Exam • 47 %
FI:SBAPR Bachelor Thesis • 42 %
FI:SOBHA Defence of Thesis • 38 %
FI:SZB State Exam (Bc degree) • 36 %
FI:VB000 Elements of Style • 28 %
FI:VB000ENG Introduction to Academic Writing • 24 %
FI:PB176 Basics of Quality and Managment of Source Code • 16 %
FI:PV080 Information security and cryptography • 16 %
FI:PB138 Basics of web development and markup languages • 15 %
FF:CORE052 Cultural history of beer • 12 %
FI:IB005 Formal Languages and Automata • 12 %
FI:PV131 Digital Image Processing • 11 %
FI:PV178 Introduction to Development in C#/.NET • 11 %

The information was preprocessed: 5/10/2024 11:31

All the fields of the faculty