Applied Systems Analysis

Facts  
Duration: 1 semester
Credits: 3 ECTS
Contact Hours: 18
Self-study: 18
Hours: 108

Intro

The key notions of systems vision of human beings’ activities in real world are considered in the the course: the notion of aproblem (emerging in human mind); the notion of asystem (which is a problem situation for the subject); the notion of a model (the information used when subject perceives reality and plans his actions); and the notion ofgovernance(making interventions into the social system when trying to solve a problem).

Main Objectives

Formation of systems thinking in mentality of students.

Learning Outcomes

  • Learning advanced knowledge about the nature of complex (and primarily – social) systems. 
  • Understanding system approach to solving real-life problems.

Professor

Felix P. Tarasenko

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Course unit code

Course unit title

Applied Systems Analysis

Name(s), surname(s) and title of lecturer(s)

Professor Felix P. Tarasenko

Level of course

Master program

Semester

ECTS credits

3

Working hours

Contact hours

18

Lectures

18

Self-study

18

Total

36

Work placement

Prerequisites

Graduated bachelor

Language of instruction

English

Objectives of the course

Learning outcomes

A student’s assessments methods

Learning advanced knowledge about the nature of complex (and primarily – social) systems. The key notions of systems vision of human beings’ activities in real world are considered in the the course: the notion of aproblem (emerging in human mind); the notion of asystem (which is a problem situation for the subject); the notion of a model (the information used when subject perceives reality and plans his actions); and the notion ofgovernance(making interventions into the social system when trying to solve a problem).

Written exam

Teaching methods

Lecturing, guidance in reading

Course unit content

Course objective – Formation of systems thinking in mentality of students.

Gained knowledge and skills: Understanding system approach to solving real-life problems.

List of Topics

Topic title

Contact hours

Assignments and independent study hours

Notions of the problem and problem situation

5

5

Notion of a system

5

5

Notion of the system model

4

4

Notion of operations with system

4

4

18

18

Assessment requirements

Writing an essay on one of themes of the course

Assessment criteria

Completeness and correctness of the exam text

The composition of final accumulative mark

Teacher’s evaluation

Author of the course

D.Sc. (cybernetics), Professor F.P.Tarasenko