Kostanay state university Educational program

Educational program

Programming and project management

In the context of the process of informatization of society demand specialists in the field of computer technology , which have a high level of professional competence in the development and operation of the system and application software , computer equipment and automated systems. Methods and software development tools allow you to apply software tools for planning, project management and implementation of projects using effective management practices.

Disciplines study this program aims to teach undergraduates to work in the field of object-oriented, systems programming, analysis and design of automated systems.

Do undergraduates develop a habit of designing applications based on characteristics that could eventually give them the opportunity to become the head of a major project to develop software.

After the end of the study subjects of the educational program "Program and Project Management " undergraduate should:

Know and understand :

methods of software design project;
color psychology , the psychology of perception of images;
methods of processing and editing program code ;
principles of composition program;
the client software used to create the project;
theory of programming languages ;
tools used to create and maintain a software project ;
appropriate languages and use them in executable form ;
develop software in industrial control systems ;
software for databases;
software to create a virtual server ;
methods and tools for software development.

be able to:

use the software applications;
use software editors for creating software design project;
use software tools for planning, project management;
monitor the implementation of projects using effective management practices;
analyze and design automated systems;
develop skills in designing applications based on characteristics;
to process and convert the signals.

own:

technology structure design software project as an information system;
the general procedure of designing a software product;
technology development and decoration of a software project;
technology of object-oriented analysis and design;
technology-aided design software project;
System Programming technology;
technology support and maintenance software project;
technology databases;

Catalog of disciplines educational program "Programming and Project Management"

Catalog of disciplines educational program contains a description of each discipline separately indicating prerequisites and postrequisites, number of credits, occupations, information about the leaders of the program.

basic disciplines

Компьютерное моделирование естественных физических процессов/ Табиғи физикалық құбылыстарды компьютерлік пiшiндеу/ Computer simulation of natural physical processes – 2 credits

Prerequisites: Informatics, Mathematical Analysis, equations of mathematical physics

Brief course content: Fundamentals of mathematical modeling. Constructing models of the fundamental laws of physics. Mathematical modeling of complex objects. Kinetic theory of gases. Boltzmann equation. Schrödinger equation. Energy, momentum. Quantum statistics and the equation of state. Equation of electromagnetic waves. The propagation of electromagnetic waves. Molecular dynamics method. Model matter under extreme conditions. Model equation of state at high temperatures. Mathematical modeling in hydrodynamics of Relativism,modeling in rheology. Modeling the dynamics of multiphase media . Introduction to Meteorology . Physics and atmospheric dynamics . Mesoscale atmospheric processes . The theory analysis and simulation of mesoscale flow . Radiation energy . Basic physical laws and their mathematical expression . Basic equations . Adjoint equations . Finite difference approximation. The Finite Element Method . Basic equations of advection and diffusion . Transport equation impurities in the atmosphere. Uniqueness of the solution . Diffusion approximation . Uniqueness of the solution . Structure and modeling of turbulent motions in the atmosphere . Numerical solution of basic and adjoint equations. The general theory of splitting on physical processes. Basic and adjoint equations . The influence function . Two-dimensional approximation . Modeling the dynamics of the free atmosphere . General principles of dynamic models of the free atmosphere . Dynamic models of the mesosphere . Dynamic model of the thermosphere . Stationary model of wind and thermohaline circulation .