*Work on computer network, basic skills.

Work on personal computers in the computer network of the faculty, especially computer classrooms and study rooms, data organization, information sources of the Faculty of Science, basic operations common to all program products. Information on the types of the most used applications (spreadsheets, databases, text editors and processors, mathematical applications, statistical applications, programming language environments, mail, web, ftp). - 1 lesson

*Working with tables and graphs - the basic tool of a naturalist

Principles of spreadsheet, MS Excel. Calculations in data tables using absolute, relative and mix addressing. Graphs suitable and unsuitable for a given data type, function graphs, combined and custom graph types. Use of implemented functions: mathematical, logical, database, text, search. Information about statistical functions. All with examples - solving specific tasks. Working with data lists and databases - searching, using filters, summaries, sorting in the MS Excel environment.

Working with the R program in the RStudio environment. Basic R functions, graph making, R-programs (scripts). Data structures in R. - 5-6 lessons.

*Advanced techniques for working with a text editor.

Text editor with focus on formatting text, inserting objects (tables, pictures, graphs and formulas) and working with them. - 1 lesson.

*Introduction to programming.

Creating a macro instruction in MS Excel. Principle explanation of common programs used for solving scientific problems and numerical modeling, components of the program (data input, executive unit, text and graphic output, menu). Explanation of basic standard programming constructions (commands) and their practical implementation in MS Excel - Visual Basic for applications. - 2 lessons

* Basic algorithms of numerical mathematics and solving of them in R.

*How to present scientific work.

Basic information about creating presentations. Creating your own website, basic information about HTML. - 2 lessons