To determine the concentration of acids, conduct X-ray fluorescence analysis, and study the structure of substances under a microscope — and this is just a small part of what the participants of the spring specialized shift "Technoliders" are already doing. Students from grades 8-10 have come to the laboratories of KNRTU to try out with their own hands what is usually left behind the pages of textbooks. The shift is organized by the Advanced Engineering School "Promkhimtech" in collaboration with the Kazan Open University of Talents 2.0.

The program of the shift includes several thematic blocks. In the mineral fertilizers class, participants learn a wide range of analytical methods. They use the titrimetric method to determine the concentration of sulfuric acid. They use a photocolorimeter to measure the copper content in a solution. A separate stage involves X-ray fluorescence analysis, which allows them to determine the chemical composition of a substance without destroying it. Students not only observe the equipment in action but also conduct their own analysis of samples.

Microscopic studies of inorganic substances provide students with insights into the structure of salts and fertilizers. The mechanical testing of the pellets shows how engineers evaluate the quality of finished products, such as whether the pellet can withstand transportation and storage.

"It's important for us that students don't just watch, but actively participate," the organizers comment. "For example, when studying mineral fertilizers, students not only identify the chemical composition but also conduct strength tests and examine the structure of the substances under a microscope."

In addition to rigorous analysis, the program also includes creative experiments. At the "Soap Fantasy" workshop, each participant leaves with a finished product of their own creation. The "Biotechnology: From DNA to Molecular Cooking" class shows how scientific principles work in everyday life and cooking.

An important part of the class is working with indicators and studying the nature of aqueous solutions, which are basic but critical skills for any future chemical technologist.

"Technoliders" is a bridge between school and university. Participants gain experience that is not available in regular schools, such as working with real equipment, learning about industrial quality control methods, and interacting with faculty members from the Advanced Engineering School at KNRTU.