Prerequisites: none
1+2+0
systems and their separate components.
Obtaining
practical
skills
of
independent
work
from
geoinformational systems.
ISS4508
Intelligent space systems
3 credit (5 ECTS)
Prerequisites: Programming
2+1+0
The purpose of this course is acquaintance with intellectual space systems,
with types of intelligent space robots, with schemes of an intellectual control
system of spacecrafts.
Knowledge of the main concepts, laws and main problems of a
space robotics, general schemes of schemes of an intellectual
control system of motion of spacecrafts.
NT4509
Navigation technologies
2 credit (3 ECTS)
Prerequisites: Programmable logic devices
1+1+0
The purpose of this course is studying of general characteristics, the main
principles of work, organizational structure, a condition and prospects of
development of satellite navigation technologies.
Knowledge of the main concepts, laws and the main problems of
satellite navigation systems, about their appointments and the
main advantages, about navigation systems of the countries of the
world.
SADCS4510
System analysis in the design of complex
systems
3 credit (5 ECTS)
Prerequisites: Programming
1+2+0
The purpose of this course is studying of set of methodological means which
are used for preparation and justification of decisions from difficult problems
of various character.
Knowledge of the main concepts, system approach and methods
of design of difficult systems.
Ability and skills of creation of the generalized model of a real
situation.
OCSS4511
Onboard communication systems of the
spacecraft
2 credit (3 ECTS)
Prerequisites: none
1+0+1
The purpose of this course is studying of the space communication systems
which are a part of the spacecraft, network technologies of data exchange,
bases the Internet and modern methods of the organization of information
service.
Knowledge of types of space communication systems and their
features, principles of creation of an onboard radio engineering
complex and their function and task.
IE 3601
Innovative Entrepreneurship (trade-wise)
2 credit (3 ECTS)
Prerequisites : none
1+1+0
Aim of the discipline: forming the students the necessary skills and
competencies to succeed in the field of entrepreneurship in the industrial
sector, the implementation of innovation in market conditions, management
of risk investments in the production of goods.
be able to assess the economic situation of the economic entity in
the market and choose the strategy and tactics of innovative
behavior, which allows to obtain and maintain a competitive
advantage;
create new innovative businesses and organizations.
IPL 3602
Intellectual Property Law
2 credit (3 ECTS)
Prerequisites: none
1+1+0
The aim of the course is special training in law for the implementation of
activities aimed at the implementation of the rule of law and law enforcement
in various spheres of society
Know the existing law, the main problems and the practice of its
application, the system of bodies dealing with the registration of
intellectual property rights;
be able to analyze, apply and interpret the legal acts
FEM 3603
Finite element method
2 credit (3 ECTS)
Prerequisites: Computational methods
1+0+1
The aim of the course: learning the theoretical and practical fundamentals of
the finite element method (FEM), the use of finite element method to solve
specific problems in mathematical physics.
Know: Theoretical and practical bases of the finite element
method. Algorithms and computer implementation of the FEM.
On the modern FEM software.
Be able to: split region into finite elements, finite element method
applied to specific equations numerically realize the problem with
the help of available software FEM.
Know: how to work with software systems.
PDC3604
Parallel and distributed computing
2 credit (3 ECTS)
Prerequisites: Programming
1+0+1
Possession of skills of implementation of rational strategy of the numerical
solution of tasks; applications of methods of processing of images, creation of
conceptual and applied models of images, development of algorithmic
implementers of the received models; to realize, debug and start basic
algorithms in practice; applications of parallel methods for the solution of
standard problems of calculus mathematics; development of deterministical
and stochastic systems of recognition; creation of classes, libraries and bins
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