• to evaluate analytical capabilities of methods.
• reasonable choosing methods of analysis for the specific substances.
• have the skills to use information and communication technologies.
• efficiently use laboratory analytical equipment and instruments.
• accurately reproduce method by the description
• carry out metrological evaluation of the obtained results.
• have an understanding of the application of instrumental methods in analytical chemistry, in speciality future work and the conditions of use of physic-chemical methods of analysis in the system of monitoring pollution of the environment.

• General chemistry;
• Physics
• Higher math
• Fundamentals of Industrial Ecology

The subject, tasks, basic concepts and classification methods of analytical chemistry. General characteristics of qualitative analysis. Overview of quantitative analysis. Methods of acid-base titration. Redox and komplexonometrical methods of analysis. Physic-chemical (instrumental) methods of analysis. Optical methods of analysis. Atomic emission spectral analysis. Molecular-absorption analysis. Chromatographic methods of analysis. Electrochemical analysis methods, their classification.

1. Analitychna khimiya ta instrumentalni metody analizu. D.I. Semenyshyn, M.M. Laruk: Vydavnyctvo Lvivskoi politechniky, 2015. - 148 s.
2. Lur?e Yu.Yu. Spravochnyk po analiticheskoy khimii. – M.: Khimiya, 1989. – 448 s.

• written reports of laboratory work, oral examination, tests (20 %)
• final control (evaluation) (80 %) – differentiated test (pass-fail exam, grading test)