Engineering training in English medium in IIAAT SUAI
International Institute for Advanced Aerospace Technologies (IIAAT)
of SUAI has a great positive experience in training foreign students
in English medium. During 15 years of IAAT activity in education
and research in aerospace instrumentation the dozens of foreign
students and specialists have been trained and graduated with
SUAI diploma.
We invite foreign students and post-graduates for training in different
aspects of aerospace instrumentation, navigation and motion control
according the following four directions. http://iiaat.guap.ru/?n=main&p=themes_stud
1. Short-term (during 2–6 months) training of master students in the
selected areas of aerospace instrumentation, navigation and motion
control systems design that provides the theoretical knowledge
and practical skills useful at defense of master thesis.
The list of possible themes of training for 2017 is attached.
The fee is 500 euro per a month according the agreement between SUAI
and student’s basic university or other customer.
2. Full-scale master training during 2 years (4 semesters) in aerospace
instrumentation with obtaining the State Diploma of the Russian Ministry
of Education and science. English working language is used. The group
of 10–12 students is required. It may be shaped by the National Space
Agency or Aeronautical Administration of any country. In this case,
the tuition fee for each student is 9000 euro per year. The individual
students can apply also, but the group is preferable.
It is assumed that incoming students have received a bachelor's degree
in a fairly prestigious university with high marks.
If bachelor degree and training curriculum does not fully meet the SUAI
standards, it is possible to pass the preliminary training courses
lasting 3–6 months (before the actual master training) for recovering
the necessary background in mathematics, physics, programming,
astronautics and obtaining the initial level of Russian language
for everyday needs.
3. Short-term (during 2–3 weeks) training of specialists in specific
technologies of aerospace instrumentation, navigation and motion control.
Lectures are given in English by the professors with highest scientific titles.
Labs visiting and sightseeing in St.-Petersburg are provided also.
The number of specialists in the training group may be 8–14. The fee
is USD 230 for each hour of lectures according the agreement with SUAI.
The ordinary number of hours in the course is 50.
4. PhD training in the field of aerospace instrumentation, navigation and
motion control during 4 years. The purpose of training is defense of PhD
thesis and obtaining the scientific title. The working language is English.
The fee is USD 13000 per year. http://iiaat.guap.ru/?n=main&p=phd_degree
The contact person for these four directions of training is:
Prof. Dr. Alexander Nebylov,
Director, International Institute for Advanced Aerospace
Technologies of State University of Aerospace Instrumentation,
Honored Scientist of the Russian Federation,
Head of Department #11 of SUAI
Attachment
Individual Themes for Master Students Training in 2017–2018 in Aerospace
Instrumentation, Navigation and Control:
- Advanced conceptions of space transportation systems design
- Comparison of VTVL and HTHL space vehicles advantages
- Peculiarities of aerospace plane horizontal launch with ekranoplane assist
- Peculiarities of aerospace plane horizontal landing
- Relative motion control at aerospace plane horizontal landing on ekranoplane
- WIG-craft (ekranoplanes) advanced design and control principles
- SNS (GPS and GLONASS) application for space vehicle motion control
- Radio systems for short-range navigation
- Landing Radio systems
- Satellite navigation systems design principles
- Terrestrial images processing algorithms
- Modern approach to aerospace vehicle navigation and motion control systems optimization
- Space Vehicle trajectory control
- Sensors of aerial medium for aerospace vehicles
- Control laws for aerospace vehicles docking
- Principles of altitude measuring for space vehicles landing
- Control laws for reentry vehicles
- Satellite attitude control
- Star sensors application for space probes attitude and motion control
- Modern control theory in application to aerospace vehicles investigation
- Control accuracy ensuring methods for aerospace control systems
- Control laws synthesis in the frequency and time domains
- Digital control systems design for aerospace application
- Computers and digital hardware selection for aerospace application
- Structural redundancy application for space vehicle control systems
- Homing systems
- Infrared sensors and systems. Map matching navigation systems
- Analysis of the areas of the most effectual application of WIG-craft in compare with other kinds of air transportation
- Effectiveness analysis of heavy WIG-craft assist at aerospace plane horizontal launch and landing
- Investigation of sea waves statistical characteristics and their influence on the fast marine vehicles
- Key problems of aircraft perfecting
- Key problems of helicopters perfecting
- Key problems of launch vehicles perfecting
- Investigation of methods of low altitude flight parameters measuring on the basis of radioaltimeters and inertial sensors integration
- Methods of maximum error investigation in motion control systems of flying vehicles
- Methods of automatic control systems with required accuracy indexes synthesis
- Digital system for WIG-craft motion stabilization: synthesis, analysis, motion simulation
- Methods of dynamic systems accuracy ensuring at incomplete a priori information about excitations
- Investigation of technology and animation movie development of aerospace plane landing at the moving WIG-craft
- Internet-conception development for students’ remote access to the software