====== Generalized Computer Science Course Structure ======

===== Main topics of the course1 =====

  - Fundamentals of information culture.
  - Algorithmization and programming.
  - Organization of databases.
  - Information security.
  - Computer networks.
  - Basics of data analysis.
  - Information technologies in science, production and everyday life.
  - Digital economy.

===== Information security requirements described in the FSES on computer science: =====

  * Ensuring the security of personal data.
  * Protection against unauthorized access to information resources and protection against internal threats to information security.
  * Ensuring the integrity and confidentiality of information.
  * Protecting information systems from malicious programs, including viruses, worms and Trojan horses.
  * Ensuring the reliability and stable operation of information systems.
  * Ensuring protection of critical information and information systems from external security threats.
  * Regular software updates of information systems, including ensuring the uninterrupted operation of antivirus software.
  * Ensuring security of information exchange using secure communication channels and appropriate protocols.
  * Availability of a system of accounts and authorization to limit access to information resources.
  * Developing and implementing effective procedures for detecting and eliminating information security threats. 

===== Informatics course content according to FSES =====

==== Basic level ====

Fundamentals of computer science and information technology:
   * Understanding the basic concepts of computer science and information technology (information, data, knowledge, computer literacy).

2. Computer structure and peripherals:
   * Understanding the structure of a computer and how to work with peripherals (processor, hard drive, RAM, keyboard, mouse, monitor, printer).

3. Working with the Windows operating system:
   * Ability to work with the Windows operating system, use the file system and computer settings.

4. Working with word processors and spreadsheets:
   * Basics of word processing and spreadsheets.

5. Fundamentals of computer networks and data transfer protocols:
   * Understanding the principles of computer networks and data transfer protocols.

6. Fundamentals of programming and algorithmic problems:
   * Understanding the basics of programming and solving algorithmic problems.

==== Advanced level ====

1. HTML and Web page creation:
   * Understanding the principles of HTML and creating web pages.

2. Working with databases and SQL language:
   * Fundamentals of working with databases and SQL language.

3. Programming in high-level languages:
   * Ability to program in high-level languages (e.g., Python, Java).

4. basics of Unix/Linux operating systems:
   * Understanding of the principles of Unix/Linux operating systems.

5. Working with graphic editors and creating multimedia products:
   * Ability to work with graphic editors and create multimedia products.

6. Fundamentals of cryptography and information security:
   * Understanding the basics of cryptography and information security.



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