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Recommended study pathway Quantum Informatics

Study plan: Quantum Informatics

1st semester

Code	Course name tutor	Completion	Credits	Range	Semester	Role
QNIE-QC1	Quantum Computation 1	Z,ZK	6	2P+2C	Z	compulsory course in the program
QNIE-LOM	Linear Optimization and Methods Dušan KnopⒼ	Z,ZK	5	2P+1C	Z	compulsory course in the program
QNIE-MQI	Mathematics for Quantum Informatics	Z,ZK	6	2P+2C	Z	compulsory course in the program
QNIE-UKT	Introduction to Quantum Theory	Z,ZK	6	2P+2C	Z	compulsory course in the program
QNIE-PV	Compulsory elective courses of the QNIE Quantum Informatics programme		7			compulsory elective course

2nd semester

Code	Course name tutor	Completion	Credits	Range	Semester	Role
BQM32KOS	Quantum optical communications and networks Leoš BoháčⒼ, Václav Prajzler, Jan Voves, Jiří Weiss	Z,ZK	6	2P+2L	L	compulsory course in the program
QNIE-QC2	Quantum Computing 2	Z,ZK	6	2P+2C	L	compulsory course in the program
QNIE-PPS	Programming of parallel systems	Z,ZK	6	2P+2C		compulsory course in the program
QNIE-TIN	Information Theory	Z,ZK	6	2P+2C	L	compulsory course in the program
QNIE-PV	Compulsory elective courses of the QNIE Quantum Informatics programme		6			compulsory elective course

3rd semester

Code	Course name tutor	Completion	Credits	Range	Semester	Role
QNIE-KKP	Cryptology and Quantum Computing	Z,ZK	6	2P+2C		compulsory course in the program
QNIE-MPR	Master Project	Z	7		Z,L	compulsory course in the program
QNIE-CPX	Complexity Theory Dušan KnopⒼ	Z,ZK	6	3P+1C	Z	compulsory course in the program
QNIE-PV	Compulsory elective courses of the QNIE Quantum Informatics programme		11			compulsory elective course

4th semester

Code	Course name tutor	Completion	Credits	Range	Semester	Role
QNIE-DIP	Diploma Thesis	Z	30	270ZP	L,Z	compulsory course in the program