About Faculty | Educational Process | Departments | Computer Engineering | Informatics | Scientific Research





© The Faculty Of Applied Mathematics And Physics
E-mail:
kras@k804.mainet.msk.su
INFORMATICS

Informatics And Mathematics

"...a programmer should have possibilities of a perfect mathematician to abstraction and logic way of thinking; this should be combined with "Edison's talent" to create anything from "zero" and "one". He should integrate into himself thoroughness of a bank clerk and perspicacity of a spy, imagination of a detective stories writer and sober utility of a business man."

Academician A.P. Ershov

"Notice that informatics uses many mathematical methods and is similar to mathematics in a way. Like mathematics, informatics studies laws created by human being. These laws can be "proved", unlike natural laws (which are studied by physics, chemistry, etc); knowledge of these natural laws is always accompanied by some uncertainty. Nevertheless, informatics and mathematics are two different sciences. The difference is in object and approach. Mathematics usually deals with theorems, infinite processes and static relations while informatics deals with algorithms, finite structures and dynamic relations."

F. Bower, G. Gooz "Informatics

Studying only at our faculty allows you to take a real university mathematical course of informatics during all 10 semesters. This course includes special courses for 3000 hours combined with practical work organized in the best engineering traditions of physical and technical universities!

General Courses In Informatics
1400-1700 hours
Informatics I-II semester
Discrete Mathematics II-IV semester
System and applied software III-V semester
Databases VI semester
Computer graphics VII semester

Each course include practical work - 1-2 course projects and 4-9 laboratory works with individual tasks that should be carried on using a computer, with program tests and designing reports.

Special Courses In Informatics
Up to 1200 hours
Programming computers with vector- conveyor architecture
Logical programming
Functional Programming
Game programming
Methods, tools, and technologies of MultiMedia
Intellectual systems
Computing networks and telecommunications
Voice programming
Information technologies in education
Economical and financial informatics
New information technologies
Biomedicine informatics
Business planning in informatics field
Courses in applied mathematics and cybernetics, mathematical economics, social cybernetics, and so on.