1. Introduction to the subject. Modern Computer Concept, Neumann Computer Architecture, Harvard Architecture.
2. Basic hardware components of a personal computer, computer communication with the operator.
3. Developments and concepts of modern processors, trends in memory module development, external memory, hard drives, optical drives.
4. Modern peripherals, displays, printers, scanners, plotters.
5. Operating system and basic system hardware of the computer, BIOS, kernel, application interface.
6. Application software, basic user application program packages.
7. Advanced text editor features usable in technical and scientific practice.
8. Table Processor as a Tool of Technology and Scientist.
9. Scientific-technical calculations, numerical and solution-oriented optimization, analytical tools, tools for statistical processing and data analysis.
10. Algorithm properties, notation and description of algorithms. Algorithmic complexity.
11. Problem solving techniques. Design and implementation of algorithms.
12. Top-Down, Bottom-Up, Modular Programming, Object-Based Programming Methods.
13. Principles of higher programming languages.
14. Industry 4.0 Concept.
2. Basic hardware components of a personal computer, computer communication with the operator.
3. Developments and concepts of modern processors, trends in memory module development, external memory, hard drives, optical drives.
4. Modern peripherals, displays, printers, scanners, plotters.
5. Operating system and basic system hardware of the computer, BIOS, kernel, application interface.
6. Application software, basic user application program packages.
7. Advanced text editor features usable in technical and scientific practice.
8. Table Processor as a Tool of Technology and Scientist.
9. Scientific-technical calculations, numerical and solution-oriented optimization, analytical tools, tools for statistical processing and data analysis.
10. Algorithm properties, notation and description of algorithms. Algorithmic complexity.
11. Problem solving techniques. Design and implementation of algorithms.
12. Top-Down, Bottom-Up, Modular Programming, Object-Based Programming Methods.
13. Principles of higher programming languages.
14. Industry 4.0 Concept.