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Professor A.A. Vasin
The educational programme aims to prepare the graduates for activities requiring in-depth fundamental and professional knowledge, including research in applied mathematics and computer technology, development and use of mathematical models for processes and objects, development and application of advanced mathematical methods and software to address problems in science, technology, economics and management.The Mathematics and Information Technology for Economic Activity Master?s programme aims to prepare professionals in economics and finance. The programme provides training in skills of mathematical modelling for economic and financial processes, study and application of optimization techniques, actuarial mathematics, game theory and operations research, methods of modelling the market economy at micro and macro levels, the use of modern computer technologies to solve the problems of optimization and mathematical modelling, skills in actuarial calculation of insurance premiums, risks and reserves, analysis of financial flows for investment decision-making.
This program aims to prepare high-qualified professionals for the commercial and government organizations in economics and the finance, including:
This program provides an outstanding opportunity to obtain skills of mathematical modeling of economic and financial processes using modern computer technologies. Graduates are awarded an MSc Degree:
Teaching is in English or in Russian.
the 1st | term | the 2nd | term | the 3rd | term | the 4th | term | |
Subject | h/w | h/w | h/w | h/w | ||||
Continious mathematical models | 2 | exam | ||||||
Discrete and probability models | 2 | exam | ||||||
Optimization and numerical methods | 2 | exam | ||||||
Object oriented programming languages and systems | 2 | exam | ||||||
Modern operating systems | 2 | exam | ||||||
Network technologies | 2 | exam | ||||||
Methodology and history of applied mathematics and informatics | 2 | test | ||||||
Foreign language | 4 | test | 4 | exam | ||||
Modern philosophy and science methodology | 2 | test | 2 | exam | ||||
Advanced chapters of operations research | 2 | exam | ||||||
Advanced chapters of Actuarial Mathematics | 2 | test | ||||||
Optimization theory | 2 | exam | ||||||
The theory of interest | 2 | test | ||||||
Dynamic Macroeconomic Models | 2 | test | 2 | exam | ||||
Econometric theory | 2 | exam | ||||||
Exercises in econometric theory | 2 | test | ||||||
Non-cooperative games in economics | 2 | exam | ||||||
Modern problems of numerical optimization | 2 | test | ||||||
Applications of econometric theory | 2 | exam | ||||||
Exercises in applications of econometric theory | 2 | test | ||||||
Selective course | 2 | exam | 2 | exam | 2 | exam | ||
Special seminar | 2 | test | 2 | test | 2 | test | 2 | test |
Term paper | grade | |||||||
Preliminary report on master thesis | test | |||||||
hours | 20 | 20 | 24 | 10 | ||||
tests | 5 | 3 | 4 | 2 | ||||
exams | 5 | 6 | 5 | 2 | ||||
master thesis | grade | |||||||
state exam | grade |