июля 2025

Major: Environmental Safety Level: Master’s degree programme Duration of training: 2 years Mode of study: Full-time / onsite Language of study: Russian Description of the educational programme Each undergraduate performs work in the direction associated with their subsequent professional occupation. Participation in international programs: with the Lappeenranta University of Technology (Finland, double degree), Radboud University in Nijmegen (Netherlands, training included), University of Shanghai Cooperation Organization (joint university of SCO countries, training included); Work in scientific groups with developed international contacts, full time participation in foreign scientific conferences, participation in international and national scientific projects, the possibility of training at leading international laboratories. Professional competencies of the graduates: Biological and chemical objects and their impact on the environment; Methods and instruments for monitoring pollution of gas, solid and liquid components of production and the environment; Waste disposal and recycling systems. Methods and means of protecting the environment from human impact. Areas of scientific interests: theory of catalytic and sorption processes; development of new types of nanostructured inorganic functional materials for industrial chemical reactions, purification of natural and industrial wastewater, extraction of valuable components; development of technologies for purification of natural and industrial wastewater, industrial waste gases, disposal of solid waste; environmental management and environmental auditing in the interests of sustainable economic development. APPLY NOW

Major: Fiber and Laser Optics Level: Master's degree programme Duration of training: 2 years and 6 months Mode of study: Full-time / onsite Language of study: Russian Description of the educational programme Graduates of the programme are highly qualified scientists and technical workers capable to solve actual problems of modern society based on Physics, Mathematics, Computer Technology and Theoretical Physics. Students are engaged in research activity within the framework of the Government Institute of Electrophysics of the Ural Branch of the Russian Academy of Sciences. The lectures are given in Russian, but English is necessary for successful graduation. Students get skills to work with full-text facilities research publications, analytical work, presentation of research results through publications and conferences. APPLY NOW

Major: Statistical and Computer Modelling Level: Master's degree programme Duration of training: 2 years and 3 months Mode of study: Full-time / onsite Language of study: Russian Description of the educational programme Graduates will learn how to: formalize the initial problem, build a statistical model and check its adequacy; effectively use statistical and mathematical packages; create efficient computer implementations of statistical methods for solving practical problems; develop known and create new statistical methods of data processing. The field of professional activity of graduates who have mastered the master's programme includes the activities of such organizations as: Federal State Statistics Service and its territorial bodies; subjects of official statistical accounting; state and municipal administration bodies; academic, departmental and non-state scientific organizations; international and non-governmental organizations established on the basis of international agreements that collect, process, systematize and summarize statistical data of a social, economic, humanitarian and other nature in the areas within their competence; organizations of various types of activities and forms of ownership that collect, process, systematize and summarize mass information about the state and development of natural, humanitarian (social, economic, demographic and others), technical and medical processes and phenomena, their statistical analysis and modelling. Main programme-specific classes: Regional Statistics Statistics of Stationary Processes International Statistics Decision-making Theory Research on Statistical Economic Models Using the 1C System Research on Statistical Technical Models Using the 1C System Analytical Methods for Solving Multicriteria Problems Parallel Programming of Statistical Problems Statistical Methods and Forecasting Models Modern Problems of Statistical Modelling Introduction to the 1C System Configuration Application Packages Theory of Queuing Systems Applications of Econometrics in Engineering, Economics and Logistics Applied Regression Analysis Statistical Methods in Risk Assessment Multivariate Data Analysis Modern Mathematical Models of Economic Theory APPLY NOW

01.04.01 Mathematics (Non-classical Equations of Mathematical Physics) 01.04.05 Statistics (Statistical and Computer Modelling) 03.04.01 Applied Mathematics and Physics (Fiber and Laser Optics) 03.04.01 Applied Mathematics and Physics (Physical and Chemical Mechanics of Continuous Media) 05.04.06 Ecology and Use of Natural Resources (Environmental Safety) 11.04.04 Electronics and Nanoelectronics (Nanoelectronics: Quantum Technologies and Materials)