Generalized Computer Science Course Structure

1. Fundamentals of information culture.
2. Algorithmization and programming.
3. Organization of databases.
4. Information security.
5. Computer networks.
6. Basics of data analysis.
7. Information technologies in science, production and everyday life.
8. Digital economy.

• 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.

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.

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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