Fundamental and Applied Chemistry

Program description:

Area of studies:
04.05.01
Fundamental and Applied Chemistry

Branch of science:
Mathematical and Natural Sciences

Institute:
Institute of Natural Sciences and Mathematics

Degree awarded:
Specialist's degree

Intake Year:
2020-2024

Mode and duration of study:
Full-time: 5 years

Languages:
Russian

Training of general chemists for science, industry and education.

Model of fundamental classical education (complete higher education):

• Deep knowledge;
• High quality continuous training;
• Modern practical skills;
• Systems thinking;
• Communication and organizational competencies.

They are involved in teaching:

• Department of Fundamental and Applied Chemistry, School of Undergraduate Studies, Institute of Natural Sciences and Mathematics (INSMA).
• Chairs of School of Sciences, INSMA:
• Chair of Analytical and Environmental Chemistry;
• Chair of Organic Chemistry and Macromolecular Compounds;
• Chair of Physical and Inorganic Chemistry.

What can graduates do?

• Research activities as part of a scientific team;
• Practical application of fundamental knowledge in the field of chemistry in order to obtain new knowledge;
• Development of new methods for obtaining substances and materials, development of breakthrough technologies;
• Optimization of technological processes;
• Teaching educational programs of general secondary school, secondary specialized, additional and higher education, modernization of educational activities;
• Postgraduate studies in chemistry and related sciences.

Features of the program:

• Versatility of training large;
• Large volume of basic chemical and specialized modules;
• Research work in the 4th-5th year of study;
• Technological practice at enterprises;
• Teaching practice in schools;
• Large experimental diploma work in a specific area of chemistry;
• Individual student trajectory.

The development of communication skills and organizational abilities is helped by: 

Russian youth scientific conference "Problems of theoretical and experimental chemistry";

Winter school on solid state chemistry.

Where do graduates work?

• Academic and industry research institutes.
• Secondary and higher educational institutions
• Factory laboratories of chemical, metallurgical, mechanical engineering, pharmaceutical and other enterprises.
• Small business and large scale production.
• laboratories for monitoring the state of environmental objects and chemical examination