Direction, code 1.4.6
Electrochemistry
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Places on a budgetary basis
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Contractual seats
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Cost of training per year
About the training program
1.4. Chemical Sciences. Training of broad-based professionals capable of successfully competing in the modern international market of chemists. The study of the theoretical foundations and areas of application of physico-chemical analysis methods for structural and quantitative research in chemistry. Formation of skills and abilities to analyze and predict practically significant properties of chemicals and materials based on their composition and structure.Mastering the theoretical foundations and practical application of methods for planning multifactorial scientific experiments.
What you will learn
- Thermodynamic and transport properties of liquid and solid ion-conducting systems
- Homogeneous chemical reactions with charge transfer
- Membrane electrochemistry, ion and molecule transfer phenomena in membrane systems, electrodialysis
- Fundamental and applied aspects of the processes that form the basis of electrochemical production
- Development of experimental methods for the analysis of electrochemical systems
- The ability to use devices for converting and temporarily storing electrical energy
What do graduates do for a living?
Graduate students are able to independently carry out research activities in the relevant professional field. The main professions of graduates are: Process Engineer, Chemical Engineer, Nuclear Chemist, Environmental Chemist, Research Chemist, Sales Manager of chemical reagents and equipment. Graduate students can teach at educational institutions and universities, as well as work as researchers in the field of chemistry and engage in research activities, publish scientific articles in relevant chemical and interdisciplinary fields.