В учебном плане выделены следующие

В учебном плане выделены следующие специализации программы:
Аналитические методы исследования
Учебный план включает следующие основные дисциплины по этой специализации: «Инструментальные методы анализа», «Физико-химические методы анализа», «Молекулярная физика и спектроскопия», «Физические методы контроля и диагностики» и т.д., направленные на формирование компетенций в области современных методов анализа окружающей.
Моделирование химико-технологических систем
Учебный план включает следующие основные дисциплины по этой специализации: «Применение информационных технологий в физическом эксперименте», «Теоретические основы энерго- и ресурсосбережения в химической технологии», «Моделирование энерго- и ресурсосберегающих процессов в химической технологии, нефтехимии и биотехнологии», «Системы управления химико-технологическими процессами», «Численные методы в эксперименте», и т.д., направленные на исследование химико-технологических систем, создание систем мониторинга на основе моделирования и современных IT-технологий.

Результаты (английский) 1:

In the training plan identifies the following specialization programs: Analytical research methodsThe curriculum includes the following main disciplines of this specialization: "instrumental methods of analysis", "physical-chemical methods of analysis", "molecular physics and spectroscopy», «physical methods of monitoring and Diagnostics", etc., aimed at the formation of the competences in the field of modern environmental analysis techniques. Modeling of chemical-technological systemsThe curriculum includes the following main disciplines of this specialization: "the application of information technology in physical experiment", "theoretical bases of energy and resource saving in chemical technology", "Modeling of energy-and resource-saving processes in chemical engineering, petrochemistry and bioengineering, chemical management systems of technological processes», «numerical methods in the experiment, etc, to study chemical and technological systems, the establishment of monitoring systems based on modeling and modern IT-technologies.

Результаты (английский) 2:

The curriculum follows the program specialization identified:
Analytical methods study
curriculum includes the following main disciplines of specialization: "Instrumental Methods of Analysis", "Physico-chemical methods of analysis", "Molecular Physics and Spectroscopy", "Physical control and diagnostic methods" and . etc., aimed at the formation of the competences in the field of modern methods of environmental analysis
Modeling the chemical-technological systems
curriculum includes the following main disciplines of specialization: "The use of information technology in physical experiment", "Theoretical foundations of energy and resources in chemical technology "," Modeling of energy and resource saving processes in chemical engineering, petrochemical and biotechnology "," chemical and process control systems "," Computational methods in an experiment ", etc., aimed at the study of chemical-technological systems, building systems monitoring on the basis of modeling and modern IT-technology.

Результаты (английский) 3:

in the following academic programs: specializationanalytical methods of researchthe curriculum includes the following basic discipline for this specialization: the instrumental methods of analysis, the physical and chemical methods of analysis "," molecular physics and спектроскопия», physical methods of monitoring and diagnostics, etc. aimed at the development of competencies in the field of modern environmental analytical techniques.simulation of chemical process systemsthe curriculum includes the following basic discipline for this specialization: the application of information technology in physical эксперименте», "the theoretical basis of energy - and resource-saving in chemical technology," simulation of the energy and resource management processes in the petrochemical industry, chemical technology and biotechnology, "management system of chemical technological process, numerical method you эксперименте», etc. to study chemical and technological systems, the establishment of monitoring systems based on modeling and advanced it technologies.