## Informatics and Mathematical Science

JA | EN

- Lectures
- Reading and Writing Scientific English
- Introduction to Algorithms and Data Structures
- Theory of Algorithms
- Operating Systems
- Graph Theory
- Graph Theory
- Graph Theory
- Computer Networks
- System Analysis Laboratory
- System Analysis Laboratory
- Introduction to Systems Analysis
- Software Engineering
- Databases
- Pattern Recognition
- Business Mathematics
- Human Interface
- Introduction to Programming
- Exercise on Programming
- Programming Languages
- Implementation of Programming Languages
- Mutimedia Processing
- Artificial Intelligence
- Signals and Systems
- Dynamical Systems
- Exercise on Applied Mathematics and Physics
- Applied Algebra
- Information Systems
- Theory of Information Systems
- Practice in Information Security
- Information and Business
- Information and Coding Theory
- Advanced Information and Coding Theory
- Exercise on Numerical Analysis
- Seminar on Applied Mathematics and Physics
- Applied Mathematics and Physics Laboratory
- Applied Mathematics and Physics Laboratory
- Introduction to Applied Mathematics and Physics
- Optimization
- Statistical Physics
- Graduation Thesis 1
- Graduation Thesis 1
- Graduation Thesis 1
- Graduation Thesis 1
- Graduation Thesis 2
- Graduation Thesis 2
- Graduation Thesis 2
- Graduation Thesis 2
- Modern Control Theory
- Introduction to Computational Systems Bioinformatics
- Probability and Statistics
- Stochastic Discrete Event Systems
- Foundations of Statistical Modeling
- Linear Control Theory
- Analytical Mechanics
- Languages and Automata
- Logic and Computation
- Computer Architecture
- Computer Organization
- Mathematics in Practice for Computer Science
- Computer Science Laboratory and Exercise 1
- Computer Science Laboratory and Exercise 1
- Computer Science Laboratory and Exercise 2
- Computer Science Laboratory and Exercise 3
- Computer Science Laboratory and Exercise 4
- Introduction to Computer Science
- Logical Systems
- Logical Systems
- Continuum Mechanics
- Introduction to Electric and Electronic Circuit Theory
- Nonliner Dynamics
- Introduction to Optimization