Feeds:
Posts
Comments

Archive for the ‘Engineering’ Category

Study PhD in Russia in English

Studying in English language will help you think, analyze, ascertain and reach at a conclusion the topics and issues that interest you in a language comfortable to you and native to many of our international students. It will also give you the added benefit of understanding the Russia perspective, “Russian way of doing things”, without learning the Russian language.

Come do your PhD with Council for Foreign Education in Russia, official International Education partner of leading Russian State Universities, under the Learning in Russia™ program for international students! Our partner Universities are located in Moscow, St. Petersburg, Tomsk, Petrozavodsk, Saratov, Ekaterinburg etc.

The following subjects are available in English for PhD students

  1. Mathematics and Mechanics
  2. Physics and Astronomy
  3. Machinery
  4. Psychological Science
  5. Computer Science and Engineering
  6. Economy
  7. Legal
  8. Education and pedagogical sciences

Specific specializations for each of the above mentioned subjects you must ask and confirm by e-mailing admissions@cferussia.ru / learninginrussia@gmail.com

Read Full Post »

We give scholarship in non-medicine subjects if the student has a GPA of 3 or above i.e more than 85% subject to availability of seats.

Read Full Post »

In late 1945 and early 1946, a group of prominent Soviet scientists, including in particular the future Nobel Prize winner Pyotr Kapitsa, lobbied the government for the creation of a higher educational institution radically different from the type established in the Soviet system of higher education. Applicants, carefully selected by challenging examinations and personal interviews, would be taught by, and work together with, prominent scientists. Each student would follow a personalized curriculum created to match his or her particular areas of interest and specialization. This system would later become known as the Phystech System.

The Phystech System

The following is a summary of the key principles of the Phystech System, as outlined by Kapitsa in his 1946 letter arguing for the founding of MIPT:

  • Rigorous selection of gifted and creative young individuals.
  • Involving leading scientists in student education, in close contact with them in their creative environment.
  • An individualized approach to encourage the cultivation of students’ creative drive, and to avoid overloading them with unnecessary subjects and rote learning common in other schools and necessitated by mass education.
  • Conducting their education in an atmosphere of research and creative engineering, using the best existing laboratories in the country.

In its implementation, the Phystech System combines highly competitive admissions, extensive fundamental education in mathematics, as well as theoretical and experimental physics in the undergraduate years, and immersion in research work at leading research institutions of the Russian Academy of Sciences starting as early as the second or third year.

The institute has eleven departments, ten of them with an average of 80 students admitted annually into each. Now, the very best of international stduents are also admitted here.

  1. Radio Engineering and Cybernetics
  2. General and Applied Physics
  3. Aerophysics and Space Research
  4. Molecular and Biological Physics
  5. Physical and Quantum Electronics
  6. Aeromechanics and Flight Engineering
  7. Applied Mathematics and Control
  8. Problems of Physics and Power Engineering
  9. Innovation and High Technology
  10. Nano-, Bio-, Information and Cognitive Technologies

The eleventh faculty, Information Business Systems, offers only a Master’s programme and accepts students with Bachelor’s degrees from other faculties or other institutes.

In addition, a number of Russian and Western companies act as base organizations of MIPT. These include:

Do you want to know who studied under the Phystech System?

Famous faculty and alumni

How do you like that!?

Read Full Post »

Image

Study Nuclear Engineering in Russia

Come study in Russia with Council for Foreign Education in Russia’s; official Education partner of leading Russian State Universities with Council for Foreign education in Russia (CFER) under the Learning in Russia™ program for international students!

This Department was opened in 1966. The whole existence of this Department is closely connected with history, contemporary state and perspectives of the atomic industry. Much work has been done in the area of the educational process organization.

For 40 years the academic staff of the Department has showed itself as competent teachers: in 2002, they were charged to educate students by the new educational program Safety and Non-Proliferation of Nuclear Materials. MEPHI, Moscow and TPU, Tomsk are the only Russian educational institutions which train engineers in this field. Besides these two institutions, this program is featured by the Department of Energy of the USA, such national labs as Pacific North-Eastern laboratory and Los-Alamos laboratory; Swedish nuclear Inspectorate and the International Agency of Atomic Power Engineering.

DEPARTMENT OF NUCLEAR POWER PLANTS

BACHELORS

  • Nuclear power and thermal physics

  • Nuclear Physics and Technologies

  1. Radiation safety and the environment
  2. Physics of fast processes
  3. Safety of Nuclear Material and Nuclear Facilities
  4. Applied Molecular Physics
  5. Thermal physics of nuclear power plants (NPP)
  6. Physical radiation materials science: Physical Durability materials science.
  7. Nuclear reactors and power plants: Information-measuring systems and equipment for nuclear power radiation experiment.
  8. plasma Physics
  9. Physics of thermonuclear fusion
  10. Plasma processes in devices and installations
  11. Plasma-surface interaction
  12. Physics of transport phenomena: Nuclear Methods study of the properties of matter
  13. Physics of transport phenomena: Nuclear instrumentation.
  14. Superconductivity and Physics of Nanostructures
  15. Physical and technical problems of metrology
  16. Nuclear and particle physics
    • Elementary Particle Physics and Cosmology
  17. Electronics and automation of physical plants
    • Micro and Nanoelectronic Devices and Systems for Physical Plants
  • Nuclear Power Plants and Installations

  • Nuclear reactors and materials

  1. Nuclear materials: accounting, control and safe handling
  2. Design and manufacture of fuel elements and assembling Nuclear Power plant
  • Isotope separation technology and nuclear fuel

  1. Nuclear fuel (advanced functional materials)
  2. Molecular-selective phenomena and nano-structured materials

Image

MASTERS

  • Computer-Aided Design of Thermal and Nuclear Power Stations

  • Nuclear Physics and Technologies

  1. Radiation safety of people and the environment
  2. Automation systems, physical systems and their components
  3. Physics of run-away processes
  4. Technical aspects of the nuclear non-proliferation
  5. Physics of nuclear power plants
  6. Thermal physics of nuclear power plants
  7. Information-measuring system of nuclear power plants and technology of radiation experiment
  8. Micro-and nanoelectronic devices and systems for physical installations
  9. Methods and apparatus for Applied Nuclear Physics
  10. The nuclear-physical methods of investigation of the properties of matter
  11. Durability Physical Materials
  12. Computer health systems
  13. Nuclear physics and astrophysics
  14. Physics of Extreme States of substances
  15. Experimental study and modeling of fundamental interactions of elementary particles and atomic nuclei
  16. Physics of charged particle beams and electrical installations
  17. Medical particle accelerators
  18. Plasma-surface interaction
  19. Plasma processes in devices and installations
  20. Plasma Physics
  21. Physics of thermonuclear fusion
  22. Nuclear Methods
  23. Solar-Terrestrial Physics
  24. Applied Physics and Ion Mass Spectroscopy
  25. Isotope separation of physics and molecular mixtures
  26. Electronics physical facilities
  27. Laser Physics
  28. Particle Physics and Cosmology
  29. Heterostructure physics and nanotechnology electronics
  30. Solid State Physics and Photonics
  31. Superconductivity and Physics of Nanostructures
  32. Applied Superconductivity
  33. Electronics physical facilities
  34. Physical and technical problems of metrology
  35. Medical Physics
  36. Nuclear Electric Power Plant Control
  37. Physics of Kinetic Phenomena
  38. Nuclear and Technical Inspection and Control
  39. Nuclear and particle physics
    • Elementary Particle Physics and Cosmology
  40. Electronics and automation of physical plants
    • Micro and Nanoelectronic Devices and Systems for Physical Plants
  • Nuclear power and thermal physics

  1. Safe handling of nuclear materials

DEPARTMENT OF ELECTRONICS AND AUTOMATION OF NUCLEAR PLANTS

SPECIALIST

    • Electronics and Automation of Nuclear Plants

DOCTORATE

    • Automation and Control of Engineering Processes
    • Engineering and Production Automation and Control (nuclear industry)
    • Design, Operation and Decommissioning of Nuclear Power Plants
    • Thermal Physics and Basics of Thermology
    • Plasma Physics
    • Instruments and Methods of Experimental Physics

Image

For applying to study Nuclear Engineering in one of the leading Russian State Universities go HERE and learn the step-by-step admission process at the end of the page. Then you may fill in all fields in our INFORMATION REQUEST Form and forward it to one of our e-mails: admissions@cferussia.ru or learninginrussia@gmail.com

Read Full Post »

tomskij_politehniceskij_2

Study Master of Science (Informatics and Computer Science) in Russia under the Learning in Russia™ program for international students! We welcome you to study in Russia.

Studying in English language will help you think, analyze, ascertain and reach at a conclusion the topics and issues that interest you in a language comfortable to you and native to many of our international students. It will also give you the added benefit of understanding the Russia perspective, “Russian way of doing things”, without learning the Russian language.

Master of Science (Informatics and Computer Science) in Russia

Specialization: Networks and Communications

Duration: 2 years
Language: English
Requirements: TOEFL (paper 500 and better; web 55 and better) or IELTS (5.5 and better), First Certificate in English (FCE) – not compulsory.

Salient features of studying in Russia:

• Bilingual diploma: in Russian and English languages
• Enhanced opportunities for career development
• European Credit Transfer System (ECTS)
• Modern educational technologies
• low Professor: student ratios

Professional skills

  • To apply deep mathematical and professional knowledge of advanced hard- and software systems, networks and communications in resolving research and professional tasks;
  • To formulate and solve innovative analytical tasks based on fundamental and professional knowledge, analytical approaches and complex models under uncertainty; to apply the obtained knowledge in resolving vaguely defined professional tasks in the area of networks and communications;
  • To carry out innovative projects; to apply deep knowledge and original design methods to achieve competitive results under severe economic, environmental, social and other constraints;
  • To carry out innovative professional research with application of deep knowledge and original methods, including critical analysis of data obtained from global information resources, complex experiment, and formulation of conclusions in terms of ambiguity; to understand, process, analyze and summarize scientific and technical information, recent global experience in the area of network and communication engineering; to participate in fundamental and applied research aimed at creation of communication environments and computers of a new generation, develop and implement research results;
  • To create and use equipment, tools and technology aimed at innovative professional activities under severe economic, environmental, social and other constraints;
  • To apply professional knowledge in industry and at potential employers; respect their corporate culture. To master strategic technologies and platforms of world leading manufacturers (Microsoft, Cisco, SUN Microsystems) in the area of networks and communications;
  • To demonstrate knowledge of the educational and scientific activities of HEIs and pedagogical skills.

Fundamental skills

  • To carry out innovative engineering activities with application of deep knowledge of project management and respect for intellectual property; to critically assess theoretical and experimental data, make conclusions, apply inventive techniques and legal basis to intellectual property;
  • To demonstrate the level of foreign language awareness that is sufficient to work in an international team, to develop documentation, present and defend research results; to demonstrate deep knowledge of social, ethic and cultural aspects of innovation engineering; to demonstrate expertise in sustainable development;
  • To demonstrate effective individual work as well as be effective interdisciplinary team member or leader; to demonstrate responsibility and respect for corporate culture;
  • To be capable of self-education during the whole period of professional career.

Core Disciplines

  • Intelligent systems
  • Optimization
  • Operating Systems
  • Computational Systems
  • Software Development
  • Decision Making
  • Information Security
  • Wireless Information Networks
  • Information and Telecommunication System Design
  • Network Simulation
  • Multimedia Networks
  • Internet Technology: Protocols and Services
  • Telecommunication Systems Administration

Laboratory facilities

  • Laboratory for computational systems, networks and communications
  • Virtual enterprise laboratory

Research areas

  • Development of corporate network applications
  • Monitoring of networks and communications
  • Development of network applications
  • Design of computational systems, network and communication systems

img_4546

For applying to study Masters of Informatics & Computer Science in one of the leading National Research Russian State University (TPU) go HERE and learn the step-by-step admission process at the end of the page. Then you may fill in all fields in our INFORMATION REQUEST Form and forward it to one of our e-mails: admissions@cferussia.ru or learninginrussia@gmail.com

Read Full Post »

image29524654

study Master in Material Science (in English) in Russia

Study Non-Destructive Testing Devices and Techniques in Russia

under the Learning in Russia™ program for international students! Studying in English language will help you think , analyse, ascertain and reach at a conclusion the topics and issues in  a language comfortable to you and native to many of our international students. And, the added benefit of having a Russia perspective without learning the Russian language. Come study in Russia with Council for Foreign Education in Russia, the official International Education partner of leading Russian State Universities and Russian National Research State Universities.

Degree: Master in Non-Destructive Testing Devices and Techniques in Russia

Duration: 2 years
Language: English
Requirements: TOEFL (paper 500 and better; web 55 and better) or IELTS (5.5 and better), First Certificate in English (FCE); not compulsory.

Professional skills

  • To apply deep mathematical and professional knowledge of advanced hard- and software systems, networks and communications in resolving research and professional tasks;
  • To formulate and solve innovative analytical tasks based on fundamental and professional knowledge, analytical approaches and complex models under uncertainty; to apply the obtained knowledge in resolving vaguely defined professional tasks in the area of networks and communications;
  • To carry out innovative projects; to apply deep knowledge and original design methods to achieve competitive results under severe economic, environmental, social and other constraints;
  • To carry out innovative professional research with application of deep knowledge and original methods, including critical analysis of data obtained from global information resources, complex experiment, and formulation of conclusions in terms of ambiguity; to understand, process, analyze and summarize scientific and technical information, recent global experience in the area of network and communication engineering; to participate in fundamental and applied research aimed at creation of communication environments and computers of a new generation, develop and implement research results;
  • To create and use equipment, tools and technology aimed at innovative professional activities under severe economic, environmental, social and other constraints;
  • To apply professional knowledge in industry and at potential employers; respect their corporate culture. To master strategic technologies and platforms of world leading manufacturers (Microsoft, Cisco, SUN Microsystems) in the area of networks and communications;
  • To demonstrate knowledge of the educational and scientific activities of HEIs and pedagogical skills.

Fundamental skills

  • To carry out innovative engineering activities with application of deep knowledge of project management and respect for intellectual property; to critically assess theoretical and experimental data, make conclusions, apply inventive techniques and legal basis to intellectual property;
  • To demonstrate the level of foreign language awareness that is sufficient to work in an international team, to develop documentation, present and defend research results; to demonstrate deep knowledge of social, ethic and cultural aspects of innovation engineering; to demonstrate expertise in sustainable development;
  • To demonstrate effective individual work as well as be effective interdisciplinary team member or leader; to demonstrate responsibility and respect for corporate culture;
  • To be capable of self-education during the whole period of professional career.

Core Disciplines

  • Intelligent systems
  • Optimization
  • Operating Systems
  • Computational Systems
  • Software Development
  • Decision Making
  • Information Security
  • Wireless Information Networks
  • Information and Telecommunication System Design
  • Network Simulation
  • Multimedia Networks
  • Internet Technology: Protocols and Services
  • Telecommunication Systems Administration

Laboratory facilities

  • Laboratory for computational systems, networks and communications
  • Virtual enterprise laboratory

Research areas

  • Development of corporate network applications
  • Monitoring of networks and communications
  • Development of network applications
  • Design of computational systems, network and communication systems

information_items_541

Read Full Post »

tpu_more

Study Information Technology in Russia under the Learning in Russia™ program for international students! We welcome you to study in Russia.

Computer Simulation of Material Production, Processing and Treatment in Russia

Duration: 2 years
Language: English
Requirements: TOEFL (paper 500 and better; web 55 and better) or IELTS (5.5 and better), First Certificate in English (FCE)

The program is designed to provide students with necessary knowledge and skills in:

  • computer-aided design of advanced materials
  • development of materials with required properties for research and industry
  • development of technologies for production of materials with required properties
  • software development in the field of design and technologies of advanced materials
  • diagnostics of loaded constructions, equipment and machinery

Core Disciplines

  • Mesomechanics and Computer Simulation of Materials
  • Modern Technology of Surface Coating and Hardening
  • Thin Films and Multilayer Materials for Electronics
  • Diagnostics of Loaded Materials and Constructions
  • Simulation of Ceramic Materials Based on Silicates and Oxides
  • Metal and Ceramic Based Nano-structural Materials

Career opportunities:

  • science and research (computer-aided design of advanced materials, development of materials with required properties)
  • industry(software development, diagnistics of loaded constructions, equipment and machinery)

Laboratory facilities

  • Unique optical-television systems «TOMSC», «INSTRON», and «SHENK» machines for investigation of plasticity and hardness of materials
  • Calotest – investigation of thin films and coatings MIRI 1000K – installation for materials testing (elongation, bending, compression
  • Micro measure 3D station – investigation of the surface and thickness of thin films
  • High-temperature tribometer THT-S-AX0000 – investigation of the friction and wear
  • Micro scratch tester – investigation of thin films and coatings
  • Automatized laser measurement system
  • Optical, atom forced and scanned tunnel microscopes
  • Ultrasonic treatment installations
  • X-ray apparatus
  • Nano hardness tester
  • Auger spectrometer
  • SIMS
  • XRD

Research areas

  • Computer design and technology of new materials based on the physical mesomechanics of heterogeneous media
  • Metal, ceramic, and polymer-based materials
  • Technology for material hardening and surface treatment
  • Nanostructural metal and ceramic materials
  • Thin films and multi-layer materials for electronics
  • Methods of non – destructive quality testing

Master’s Degree Thesis

  • Computer-aided design of advanced materials with required properties
  • Computer simulation of ionic implantation of alloys
  • Physical mesomechanics of heterogeneous materials
  • Mesomechanics of fatigue destruction of loaded materials and construction
  • Simulation of hardening and protective coat formation
  • Surface hardening of constructional, tool and special materials
  • Viscous nanocrystalline constructional ceramics
  • Thin films and multi-layer materials for microelectronics
  • Powder metallurgy materials
  • Television-optics methods of research and diagnostics of materials and construction

x_0009eee5

Core Disciplines

  • Programming Technology (+labs)
  • Computer Architecture (+labs)
  • Data Structures (+labs)
  • Computational Mathematics (+labs)
  • Digital Electronics (+labs)
  • Electrics and Electronics (+labs)
  • Communications and Networks (+labs)
  • Object Oriented Programming (+labs, +course work)
  • Concurrent Systems and Programming (+labs)
  • Computer Graphics (+labs)
  • Databases Management (+labs)
  • Object Oriented Analysis and Design (+labs)
  • Expert Systems (+labs)
  • Internet and Web Design (+labs)
  • Methods of Optimization (+labs)
  • Tech. Electives
  1. Artificial Intelligence Systems and Logic Programming
  2. Solid State Electronic Devices
  • Tech. Electives (course project)
  1. Computer Simulation
  2. Computer-Aided Design of Electronic Devices
  • Tech. Electives
  1. Multimedia
  2. Analog Electronics
  • Tech. Electives
  1. System Analysis and Research Operations
  2. Microprocessor Systems
  • Industrial Training

Cathedral of Saint Basil the Blessed (Храм Васи́лия Блаже́нного) on the Red Square, Moscow.

Read Full Post »

« Newer Posts - Older Posts »