Main Research Concentrations in NSTU

 

1. Universal algebra and model theory

2. Soliton (solitary) wave theory and inverse-scattering method

3. Fractal structures modelling

4. Physics of low dimension systems

5. Laser systems and technologies

6. Basic physics of synchronous radiation technologies

7. Automatic control under object properties incomplete information

8. Mathematical and information support of expert systems for complex multi-factor engineering object study

9. Automated measurement, control and diagnostic facilities based on holography, superconductivity and quantum dimension effects

10. Statistic theory of signal and image stable location, evaluation and filtration

11. Developing transducers working under extreme conditions

12. Large power systems and their units: increasing the efficiency, ecological compatibility and quality of their operation

13. Complex electric drives for robots and manipulator mechanisms: high torque and linear electric motors, semiconductor converters

14. Developing hybrid methods and software for aircraft structure strength and reliability calculation

15. Generalized mathematical models and optimization of machine and mechanism structures; solution of multi-criterion and multi-parametric problems

16. Humanistic approach to engineering education

17. Psychological and pedagogical problems of education

18. Developing organisation, management and marketing systems and methods for industries, enterprises and industrial complexes

 

1. Vocabulary list

 

academic staff (Br E), faculty (Am E)	профессорско-препода-вательский состав
doctor of science (D. Sc.)	степень доктора наук, присуждаемая в России после защиты докторской диссертации; cf doctoral (Ph. D.) degrees in Western universities
major	предмет специализации, основной предмет
postdoctoral students	примерный аналог понятия " докторанты" в Российской аспиран- туре
notes: programme (Br E) / program (Am E)	программа
centre (Br E) / center (Am E)	центр
modelling (Br E) / modeling (Am E)	моделирование

 

 

Comprehension check

 

Look through the text. Find the following facts and figures:

Number of graduates (зд. graduates выпускники)

Number of academic staff

Number of Cand. Sc. and D. Sc. degree holders

Total number of graduate students

Number of postdoctoral students

 

 

TRAINING RESEARCH WORKERS AND SPECIALISTS

IN NSTU GRADUATE School

 

 

Doctoral and Postdoctoral Study and Research

Programmes in NSTU

 

Training of researchers and specialists in NSTU is financed from the state budget or offered on a contract basis with institutions or individuals. The following degree programmes and services are offered:

· Master’s Degree Study

 

· Doctor’s Degree Study

· Postdoctoral Study and Research

· Doctoral and Postdoctoral Programmes on a part-time basis

· Arranging examinations for postgraduate students from NSTU and other universities and institutions

· Research internships and study trips

 

 

Majors with Concentrations

 

Applied Mathematics and Information Science

510202 Mathematical modelling

510209 Computer mathematical and software support

Physics

Plasma physics

510412 Physics of optical phenomena

Management

521516 Industrial system organization

521517 Personnel management

521528 Industrial management

Economics

Institutional economics and economic policy

Finance

Management Information Systems

Industrial management information systems

Automation and Control

Engineering system control

550212 Control system components and devices

Electronics and microelectronics

Micro-and nanoelectronics

550714 Electronic devices and facilities

550717 Industrial electronics and microprocessor-based de-vices

Heat-Power Engineering

550901 Fundamental of heat-power engineering

550903 Electric and heat power generation technology

550907 Optimization of steam generation processes and boiler plant operating conditions

Aircraft and Rocket/Missile Construction

551001 Aerodynamics, hydrodynamics and aircraft heat transfer processes

Dynamics and strength of aircraft structural units

551014 Physical and computer simulation of heat aerodynamic and heat hydraulic processes

Electronic Facilities Design and Technology

551101 Radio engineering and communications facilities

551103 Microelectronics and microwave engineering

551105 Electron device design information technologies

551110 Household and medical electron devices

Electrical Engineering, Electromechanics and Elecrotechnologies

551303 Methods of research and simulation of processes in electromechanical energy converters

551311 Electric drives and control systems of electric drives

551313 Electrothermal processes and units with feed and control systems

551316 Environmentally friendly electrotechnological systems and installations

551318 Electric train stock operation and maintenance

551319 Transport system power supply equipment and units

Instrument Making

551505 Instrumentation information technologies

551517 Biomedical systems and apparatuses

Materials Science and New Materials Technology

551605 Advanced construction materials and high-efficiency technologies

Electric Power Engineering

551701 Electric units of electric power stations and substations

551702 Electric power systems and networks

551703 Optimization of developing power supply systems

551706 Renewable energy converters and systems

551707 High voltage physics and equipment

551708 Automatic equipment of power systems

Radio Engineering

552502 Systems and devices for signal transmission. reception and processing

550505 Television systems and video equipment

552507 Radio physics

Information Science and Computer Engineering

552802 High-performance computer systems

552813 Computer networks and telecommunications systems

552819 Computer analysis and data interpretation

552821 Digital signal processing

552823 Information control systems

Technology, Equipment and Automation of Machine-Building Industry

552908 Equipment for special types of treatment

Applied Mechanics

553302 Mechanics of strained solid body

553304 Dynamics and strength of machines

 

Speech Practice

 

Study the information about research directions offered by NSTU graduate school. Explain why you have chosen the field you are studying and researching into.

 

 

ENGLISH AS THE INTERNATIONAL LANGUAGE

 

Matt A. Cima

American Peace Corps Volunteer

 

The advantages of researchers knowing the English language are plentiful. The world is becoming interactively smaller each year. The introduction of radio, television, airplanes, computers, and most recently, the Internet have made cross cultural and cross intellectual interactions easier to accomplish over great distances. Advanced technologies continue to make interactions faster, easier, and more efficient between different countries.

 

International Standard

 

The English language has been selected as the international language without our input. It is a fact that we are faced with and knowing that interactions between countries will increase we must choose to be a part of these interactions or choose to be isolated from the opportunities within these interactions. Language, like computers, benefit from a common standard which information can be exchanged quickly and accurately. Certainly we can wait for translations of information into native languages, but with the speed of information and business and technology changes, we are compelled to realize that opportunities will be missed.

Information Exchange

 

As mentioned earlier. the Internet is making interactions and information exchanges easier to accomplish. English is currently being used as the primary medium, with which different countries can communicate. With the uncertainty of economic situations, the advancement of new interactive technologies such as video conferencing, and the need to keep pace with a changing world environment the Internet is becoming a common communication platform.

 

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