|
|
|
||
......
Last update: Veselý Martin (07.03.2024)
|
|
||
Presentation and defense of an individually solved project (80%) Active participation in classes (20%) Last update: Veselý Martin (07.03.2024)
|
|
||
Recommended:
Last update: Veselý Martin (16.08.2024)
|
|
||
1. Algorithms and algorithmization. 2. Program as a transformation of input data to output data. Decomposition of a complex problem into subproblems. 3. Data types. Variables and constants. Expressions and commands. 4. Basic arithmetic and logical operations. 5. Controlling the flow of program instructions. 6. Function and its communication with the environment. 7. Input and output operations. 8. Introducing Matlab as a tool for technical calculations. 9. Matlab libraries as a source of software. 10. Introduction to Python, ways to run Python code, Jupyter notebook 11. Expressions, operators, basic data types, control structures and functions in Python 12. Basic numerical methods with a focus on applications in chemical-technological practice. 13. Application of Matlab and Python in chemical-technological calculations. 14. Defenses of individually resolved projects. Last update: Veselý Martin (07.03.2024)
|