Bachelor:

• - Analytic geometry

• - Numbers theory and fundamentals of cryptography (NTFC 2209)
• - Number-theoretic methods of information protection (NTMIS 3307)
• - Computational complexity theory (CCTh 3303)
• - Linear Algebra (LA 3306)

• - Algebra
• - Basics methods of cryptanalysis (BMK4201)
• - Basics of scientific research
• - Algebra (Alg 1201)
• - Discrete mathematics

• - Elementary Mathematics (EM 1201)
• - Algebra II
• - Mathematical logic and theory of algorithms
• - Analytic Geometry
• - Linear Algebra I
• - Inclusive culture in modern society

• - Protection in operating systems (POS 3212)
• - Algebra (LA 1201)
• - Discrete Mathematics
• - Analytical geometry
• - Linear Algebra II
• - Mathematical Logic and Discrete Mathematics (MLDM2212)
• - Discrete mathematics and mathematical logic (DMML 2210)
• - Network attacks and protection methods (NAPM 4209)
• - Protection in operating systems
• - Technical protection of information
• - Discrete mathematics (DM2204)
• - Number theory and encryption algorithm (NTEA 4305)
• - Number Theory
• - Public key cryptography and digital signature
• - Networks and information transfer systems
• - Algebra
• - Number-theoretic methods of information protection

Master (scientific-pedagogical):

• - Modern cryptosystems
• - Theoretical aspects of the system for designing educational tasks
• - Model theory

• - Security analysis of information systems
• - Fundamental questions in algebra, geometry and logic (FQAGL 5205)

• - Computer technology analysis of statistical data
• - Methodology of scientific research in the field of cryptoanalysis

Doctor PhD:

• - Geometric stability theory
• - Fundamentals of varieties and quasi- varieties

Master (specialized):

• - Regulatory regulation in the field of cryptography