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The program Quantum Informatics | Study branches | The study branch of this plan

Recommended course of study (passage) in a study plan

Teaching is divided into semesters following a given study plan. Standard study period is six semesters for the bachelor study program, four semesters for the master study program. If a student wants to successfully complete the studies within the standard study period, s/he must register for courses for about 30 credits in each semester; core of the courses should consist of compulsory and compulsory-elective courses. Students should also consider a reasonable distribution of the courses into the semesters (i.e., avoid having 5 demanding courses in one semester). For this reason, branch guarantor designs a recommended course of study (passage) in a given study plan for each study plan of a given branch. It is essentially a recommendation to a student when to register for particular course. For each semester of the study plan, the branch guarantor indicates:
        
  • specific courses that a student must complete during the studies,
  •         
  • references to groups of courses, from which a student has to choose courses for at least the specified minimum amount of credits.
  • Master programme - Unspecified Specialisation of Study

    Study plan: Quantum Informatics
    Recommended passage: Quantum Informatics

    1. semester
    Role Course code Course title Extend of teaching Completion Semester Credits Instructor Dept.
    PP QNIE-LOM Linear Optimization and Methods 2P+1C Z,ZK Z 5 Knop D. 18101
    PP QNIE-UKT Introduction to Quantum Theory 2P+2C Z,ZK Z 6 18105
    PP QNIE-MQI Mathematics for Quantum Informatics 2P+2C Z,ZK Z 6 18105
    PP QNIE-QC1 Quantum Computation 1 2P+2C Z,ZK Z 6 18105
    PV   Compulsory elective courses of the QNIE Quantum Informatics programme       7    


    2. semester
    Role Course code Course title Extend of teaching Completion Semester Credits Instructor Dept.
    PP BQM32KOS Quantum optical communications and networks 2P+2L Z,ZK L 6 Boháč L., Prajzler V., Voves J., Weiss J. 13132
    PP QNIE-PPS Programming of parallel systems 2P+2C Z,ZK 6 18104
    PP QNIE-TIN Information Theory 2P+2C Z,ZK L 6 18105
    PP QNIE-QC2 Quantum Computing 2 2P+2C Z,ZK L 6 18105
    PV   Compulsory elective courses of the QNIE Quantum Informatics programme       6    


    3. semester
    Role Course code Course title Extend of teaching Completion Semester Credits Instructor Dept.
    PP QNIE-MPR Master Project Z Z,L 7 18000
    PP QNIE-CPX Complexity Theory 3P+1C Z,ZK Z 6 18101
    PP QNIE-KKP Cryptology and Quantum Computing 2P+2C Z,ZK 6 Lórencz R. 18106
    PV   Compulsory elective courses of the QNIE Quantum Informatics programme       11    


    4. semester
    Role Course code Course title Extend of teaching Completion Semester Credits Instructor Dept.
    PP QNIE-DIP Diploma Thesis 270ZP Z L,Z 30 18000


    Page updated 28. 5. 2026, semester: Z,L/2024-5, L/2025-6, Z/2021-2, Z/2022-3, L/2021-2, Z,L/2023-4, Z/2026-7, L/2022-3, Z/2025-6, Send comments to the content presented here to Administrator of study plans Design and implementation: J. Novák, I. Halaška