Engineering Management

(1)

Documentation for the Accreditation of the Study

Programme:

Engineering Management

Undergraduate Academic Studies

Novi Sad, 2012

(2)

Standard 00. Introduction ... 7

Standard 01. Structure of the Study Programme ... 8

Standard 02. Purpose of the Study Programme ... 9

Standard 03. Objectives of the Study Programme ... 10

Standard 04. Graduate Students’ Competence ... 11

Standard 05. Curriculum ... 12

Table 5.1 List of courses by semesters and years of study...13

Table 5.2 Course Specification ... 27

Fundamental Theories of Industrial Systems ... 27

Computer Technology 1 ... 28

Mathematics in Engineering Management ... 29

Entrepreneurship ... 30

Principles of Economics ... 31

English Language - Elementary ... 32

German Language - Elementary ... 33

Russian Language - Elementary ... 34

Statistic Methods ... 35

Basic Working Processes and Means of Work ... 36

Sociology of Work ... 37

Economics of Enterprise ... 38

Computer Technology 2 ... 39

English Language – Pre-Intermediate... 40

German Language – Pre-Intermediate ... 41

Russian Language - Preintermediate... 42

Reliability Theory ... 43

Management Accounting ... 44

Communication Sciences ... 45

Fundamentals of Production and Service Technologies ... 46

English for Specific Purposes ... 47

Geman for Specific Purposes ... 48

Russian for Specific Purposes ... 49

Principles of Management ... 50

Marketing ... 51

Human Resource Management ... 52

Business Process Automation ... 53

Financial Management ... 54

Commercial Business... 55

Developmental Processes in Company ... 56

Business Law ... 57

Planning and Analysis of Working Process ... 58

Integral System Support - Logistics ... 59

Production and Service Systems ... 60

Information System Design ... 61

System of Environmental Management ... 62

Quality Management System ... 63

Enterprise Organization Technology ... 64

Fundamentals of Project Management ... 65

Design, Control and Analysis of Quality System ... 66

Methods and Techniques of Quality Advancement ... 67

Strategic Management ... 68

Database Design ... 69

Energy Transformations ... 70

Classic Media and Media Technology ... 71

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Working Process Management ... 73

Principles of Insurance ... 74

Digital Assembly ... 75

Business Ethics ... 76

Journalism ... 77

Management of Project-Oriented Organizations ... 78

Organization and Maintenance Management ... 79

Organization and Logistics Management ... 80

Psychology in Management ... 81

Algorithms and Data Structure ... 82

Operational Audit and Controlling ... 83

Entrepreneurship Finance ... 84

Corporate Finance ... 85

Financial Markets ... 86

Processes of Technology Transfer ... 87

Actuarial Mathematics ... 88

Management of Life Insurance ... 89

Sociology of Mass Communication ... 90

Human Resource Planning ... 91

Psychology of Work ... 92

Work Motivation ... 93

Dismantling and Recycling Technologies ... 94

Audio Engineering and Digital Audio ... 95

Means of Work and their Maintenance ... 96

Object-Oriented Information Technology ... 97

Market Research and Customer Behaviour ... 98

Measurement, Monitoring and Control ... 99

Energy and Society ... 100

Measurement, Monitoring and Control Systems ... 101

Team Work ... 102

Energy Management in Industry ... 103

Energy Management in Buildings ... 104

Working Process Simulation ... 105

Knowledge Management ... 106

Media Marketing ... 107

Public Finance ... 108

Planning, Control and Project Management ... 109

Design and Analysis of Maintenance Procedures ... 110

Architecture of Information Systems and Computer Networks ... 111

Development of Software Products ... 112

Database Systems ... 113

Money and Banking... 114

Legal Aspects of Business ... 115

Project Management ... 116

Risk Management in Insurance ... 117

Aesthetics in Media ... 118

Communication Technologies ... 119

Digital Image Processing ... 120

Organizational Socialization ... 121

Media Crisis Management ... 122

Career Development ... 123

Tribology and Lubrication ... 124

Management of Non-life Insurance ... 125

Maintaining Technologies ... 126

Prevention in Insurance... 127

Desicion Theory and Quantitative Methods ... 128

Management of Innovation and Change ... 129

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Standard 06. Quality, Contemporariness and International Coordination of the Study Programme ... 133

Standard 07. Enrolment of Students... 134

Standard 08. Evaluation and Advancement of Students ... 135

Standard 09. Teaching Staff ... 136

Standard 10. Organization and Funds ... 137

Standard 11. Quality Control ... 138

Table 11.1 Members of the committee for quality control...139

Standard 12. Distance Learning...140

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CERTIFICATE

ON THE ACCREDITATION OF THE STUDY PROGRAMME

Faculty of Technical Sciences, situated in Novi Sad, Trg Dositeja Obradovića 6, has fulfilled the standards prescribed by the Regulation Book on Standards and Procedure for the Accreditation of Higher Education Institutions and Study Programmes (Official Gazette RS, No. 106/06), for the accreditation of the study programme Undergraduate Academic Studies – Industrial Engineering within the field of technical sciences and engineering and in the field of industrial engineering and engineering management and for 60 students enrolled in the first year of studies at the Institution centre.

This certificate is issued pursuant to Article 16, Paragraph 5, Item 1, of the Law on Higher Education (Official Gazette RS, No. 76/05).

No. 612-00-01428/17/2007-04 CHAIRPERSON

Belgrade, 19/05/2008 prof. Slobodan Arsenijević, Ph.D.

Translated by: Vesna Bogdanović, Ivana Mirović,

Lecturers in the English Language, Faculty of Technical Sciences Novi Sad, Department for Fundamental Disciplines in Engineering, Chair of Social Studies and Arts

(6)

Study programme Engineering Management

Independent higher education institution

performing the study programme University of Novi Sad

Higher education institution performing the study

programme Faculty of Technical Sciences

Educational scientific/educational artistic field Technical Sciences and Engineering

Scientific, professional or artistic field Industrial Engineering and Engineering Management

Level of studies Undergraduate Academic Studies

Level of studies expressed in ECTS credits 240-243

Academic Degree , abbreviation Bachelor with honours in Engineering Management

Duration of studies 4

Year of initiated realization of the study

programme 2005

Year of initial implementation of the study

programme (if the programme is new)

Number of students participating in the study

programme 519

Number of students to be enrolled the study

programme 720

Date of programme approval by the appropriate

entity (state which) 04 October 2007 - University of Novi Sad Senate

Language of instruction Serbian Language

Year of programme accreditation 2008

Web page providing information on the study

programme http://www.ftn.uns.ac.rs

(7)

Standard 00. Introduction

Study program of Undergraduate Academic Studies – Bachelor in Engineering Management is one of the

first undergraduate studies for educating managers at universities in Serbia. The Program is based on the

development of long-standing program of the study at the Department of Industrial Engineering and

Management, at Faculty of Technical Sciences in Novi Sad and the need to study the mechanisms of

functioning and management of enterprises in manufacturing, services, and organizations in all other social

activities, educational and research purposes oriented and scientifically oriented human resources to work in

these, especially important areas.

Engineering Management, a program of undergraduate studies, in educational terms, is a study program

intended for students who, in their future professional orientation, are interested in planning, organizing,

managing, monitoring and control areas (functions) of the company and the company as a whole, as well as

for process improvement and performance parts and the whole company.

Unlike other management programs Engineering Management of organizational management, marketing

and commercial, economic, financial and managerial aspects of business management is based on a detailed

study of case management - production and / or service processes, structures, procedures and management

systems and human resources and infrastructure. Engineers of management have the ability to organize and

process management and enterprise functions and their integration into the whole. This course educates

Management Engineer capable of making decisions in real-time system operation. With the education that it

provides Management Engineer is capable of operating and dealing with management processes in all

companies in the field of material production, trade in service industries, banking, insurance, engineering,

consulting services, etc.

Engineering management, in terms of education, study program is the result of practical needs - lack of

experts whose profile in all equated with knowledge and skills required in contemporary management, but

with the knowledge and skills related to basic technologies production / service processes, information

technology, design features of the structure of enterprises, logistics and technical and human resources

company. Study program Engineering Management at the undergraduate academic studies provides

students in first years of study, at nine study groups, a wide range of elective courses, and the opportunity to

improve their own practical knowledge and skills for working in different areas of activity.

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The name of the study program is Engineering Management. Acquired academic degree is Management

Engineer - Bachelor. The outcome of the learning process is theoretical knowledge, and practical skills that

engineers - Bachelor of this profile need for independent research in organizations (companies) in the field of

production, services, public and other activities, related to planning, organizing, managing, monitoring and

management areas (functions) of the company and the company as a whole - application of acquired

knowledge and skills toward problems that arise in the profession and the use of appropriate technical and

scientific literature and allows them to continue their studies at the Master level.

Requirements for admission to the program are completed four year long secondary school and

successfully passed entrance exam in mathematics and test of abilities that is valued 30 points. The test is

passed if the candidate wins at least 7 points in each part of the examination.

For undergraduate studies at Engineering Management, which last four years there are nine study

groups: Entrepreneurial Management, Project Management, Investment Management, Energy Management,

Information Management, Quality Management and Logistics, Engineering and Management Insurance,

Engineering and Media Management and Human Resource Management. The first three years are common

for all of them, and students, on the basis of their own preferences and desires, opt for one of these groups.

Study Group Entrepreneurial Management is designed for the study of general conditions of development

companies and the methods and techniques of business management, with special emphasis on training

engineers - bachelor to work in companies oriented toward innovative, entrepreneurial oriented activities.

Study Group Project Management is designed for scientifically based study of theory and practice of

project management, especially scientifically based methods and techniques of planning, implementation,

control, verification and validation projects, and application of modern software solutions in project

interventions.

Study Group Investment Management is a scientifically designed study based on the studies about

relations between enterprise and the environment in light of the contemporary market, economic and financial

flows, with a focus on strategic management, operation of financial markets and research-oriented methods

and techniques in the field of banking and cash flows.

Energy Management Study Group is intended for scientific-based study in particular the relationship

between current energy company resources and management processes that lead to their rational use.

Information Management Study Group is intended for scientific-based study of theoretical and practical

aspects of information technologies and systems in business operations.

Study Group Quality Management and Logistics is designed for scientifically based study of theory and

practice of quality assurance and logistics processes in the company.

Study Group of Engineering and Management of Insurance is intended for scientific-based study of the

functioning and operations of financial institutions in the business of insurance companies and relationships

with these institutions.

Study Group Engineering and Management Media is designed for media-based scientific study of

technology and process management of media organizations and companies and relations between these

organizations.

Study Group Human Resource Management is designed for scientifically based study of the importance,

status and role, and all aspects related to the management group of the most important resource of any

organization - human resources.

Within the selected study group, students have the compulsory and elective courses to choose from

election group, or according to the preferences and desires, from the offer of the Faculty of Technical

Sciences, others Faculties of the University of Novi Sad and other universities in the country and abroad.

Classes are held through lectures, auditory, laboratory and computer exercises. Special forms of learning

activities are homework assignments, seminar papers, projects - all designed for practical case studies in the

relevant field of study. Part of the teaching process is dedicated to thematic visits to manufacturing, service

companies and other organizations. The size of the group depends on the nature of the exercises. The

number of points is expressed by common methodology and reflects the burden on all aspects of student

teaching activities. Studies are considered completed when the student fulfills all obligations defined by the

study program, pass exams and thereby provide a minimum of 240 ECTS.

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Standard 02. Purpose of the Study Programme

The purpose of the study Program is the education of students for the profession of Management

Engineer - Bachelor in accordance with the needs of society.

Engineering Management Study program is designed for engineers of management – Bachelor and

ensures the acquisition of competence in the field of research-oriented planning, organizing, managing,

monitoring and management areas (functions) of companies and enterprises as a whole, i.e. competencies

that will fill a major gap in educational attainment that organizations lack in all areas of activity of the Serbian

economy and society. It is one of the main causes of low effectiveness and efficiency of these organizations,

especially the gap in the field of research and scientific activities in this area. Therefore, the basic elements of

social viability and usefulness of the program and its prospects have been drawn. Faculty of Technical

Sciences has defined the main tasks and aims to educate highly competent personnel in the field of

technology, engineering, organization, and management. The purpose of the study program of Engineering

Management is fully consistent with these basic responsibilities of the Faculty of Technical Sciences.

Implementation of this kind of study program of Engineering Management - Bachelor result in educating

engineers to obtain research and scientific expertise on European and world scale.

(10)

The aim of the study Program is to achieve competence, research and science-oriented academic skills in

the field of Engineering management. This, among other things includes the development of creative skills of

research problems and critical thinking ability and their solving, developing skills in team work on the

implementation of research projects and mastery of specific scientific methods and practical skills needed to

perform profession.

The aim of the study Program is to educate a professional who possesses indispensable theoretical and

practical knowledge in all necessary disciplines, the ability of research in these disciplines as well as specific

skills from the application of technology and management processes in various areas of manufacturing,

service and public sector and the application of modern information technology but all framed by science-

based expert knowledge and practical skills for understanding economic and social laws that govern the

relations between company and market, when it comes to energy.

One of the specific objectives which is consistent with the goals of educating experts from the Faculty of

Technical Sciences is to develop awareness of Engineers Management - Bachelor of the need for continuous

education of their own, education and training of human resources in the enterprise, education for the general

application of international standards and standards related to specific areas such as quality, environment,

health and safety of employees, safe food production, safety information and other international standards.

The aim of the studies is also the education of researchers capable of teamwork and development of skills for

communication and transfer of their own knowledge and results to collaborators in work and to publish it in

scientific, professional and general public.

(11)

Standard 04. Graduate Students’ Competence

Management Engineers - Bachelor are competent to investigate and forecast the needs of companies in

all their processes, design solutions, lead these processes and companies as a whole, and thus, solve real

practical problems, as well as they are prepared for further education at Master’s studies if they choose to do

so. Competence primarily includes the development of critical thinking skills, independent problem analysis,

synthesis and design solutions and decision making in real time.

Specific skills - knowledge and skills acquired in this study Program include expert knowledge and

understanding of the disciplines in the field of study program as well as the ability to manage processes and

solve practical problems using scientific methods and procedures. Given the nature of the study program in

particular the students obtain the ability to connect theoretical knowledge in various fields with their practical

application. Management Engineers - Bachelor are able to appropriately present the results of their work. The

intensive use of information and communication technologies is present during the studies.

Management Engineers - Bachelor acquire research potential, knowledge and skills for efficient use of

natural resources in accordance with the principles of sustainable development. In their education, particular

attention is paid to the development of their ability for teamwork as well as professional and business ethics.

(12)

The curriculum of undergraduate academic studies in Engineering Management is designed to fulfil all the

defined objectives. The structure of the study programme ensures that academic and general education

courses represent at lest 15%, theoretical and methodological 20%, professional and scientific 35%, and

professional application 30% of ECTS credits. Thus, the standard is met that elective subjects are

represented by at least 20% of ECTS credits (subject choice in this study program is significantly higher than

the standard specified minimum limit).

In addition to these global structures, courses that make up this study program can be divided into the

following groups:

- group of courses in the field of basic general education and theoretical and methodological

discipline(mathematics, statistical methods, sociology of work, principles of economics, principles of

management, foreign languages ...)

- group of courses in the field of engineering - designing working processes and operations management,

- group of courses from the area of detailed process design work, application of information technology

and system approach to management of the company,

- group of economic and management courses,

- group of courses in which the education in Engineering Management specifies the above study groups.

The first three years of study are basic, common and general education of all students degree program,

while after completion of the third year students opt for one of the nine study groups: Entrepreneurial

Management, Project Management, Investment Management, Energy Management, Information

Management, Quality Management and Logistics, Engineering and Management of Insurance, Engineering

and Media Management and Human Resource Management. In the fourth year of study there compulsory

and optional subjects. In the fourth year of study there are compulsory and optional courses. In elective

courses, students meet their own preferences in the field they have chosen.

All the courses are one semester and worth the appropriate number of ECTS points with one point

corresponding to approximately 30 hours of student activities. The order of presentation of courses in the

study Program is that the skills needed to acquire the following course are obtained in previous one.

The curriculum contains the description of each course including its name, type, year and semester of

study, the number of ECTS credits, the name of the teacher, the aim of the course with the expected

outcomes, competencies, prerequisites for attending the course, course content, references, and methods of

teaching, evaluation method and other data.

Study program complies with European standards in terms of conditions of entry, duration of study,

conditions of transition to the next year, graduation, and modes of study.

Integral part of the curriculum of study Program for Engineering Management is professional practice -

practical work lasting 45 hours, which is carried out in the relevant scientific research institutions, in

organizations providing innovation activities, in organizations providing infrastructural support to innovations,

in companies and public institutions.

Student completes the undergraduate academic studies with developing Bachelor thesis, which consists

of theoretical and methodological preparation necessary for a profound understanding of the chosen field of

master thesis, which is the application of acquired knowledge and skills to specific research task.

Before the defence of the bachelor thesis student should pass the exam that consider its theoretical and

methodological basis. The final grade of the bachelor thesis is based on the assessment of the theoretical

and methodological preparation and evaluation of the thesis which includes the quality of the submitted work,

its presentation and discussion in front of the Committee for the Defence, which consists of at least three

professors.

(13)

Standard 05. Curriculum

Curriculum Structure

No. Study programme / Optional field - Module Initial

semester ECTS

credits Lectures

1.

Engineering Management

¹ ^240-243 ^182-206

1. Entrepreneurial Management

⁷ ⁶⁰ ³⁶

2. Project Management

⁷ ^60-63 ^36-42

3. Investment Management

⁷ ⁶⁰ ³⁶

4. Energy Management

⁷ ⁶⁰ ³⁸

5. Information Management

⁷ ^60-63 ^36-48

6. Quality Management and Logistics

⁷ ^60-63 ^24-39

7. Engineering Management and Insurance

⁷ ^60-63 ^36-42

8. Engineering and Management of Media

⁷ ⁶⁰ ³⁶

9. Human Resource Management

⁷ ⁶⁰ ³⁶

Choice and Classification of Courses

Undergraduate academic studies Code

Name

Total no.

of ECTS No. of optional

ECTS

optional % (>=30%)

% АО (about 15%)

% TM (about 20%)

% NS (about 35%)

% SА (about 30%)

% SS (about

0%)

I20 Engineering Management

I20 Engineering Management 240.00 68.00 28.33

I21 Entrepreneurial Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I22 Project Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I23 Investment Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I24 Energy Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I25 Information Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I26 Quality Management and

Logistics 60.00 48.00 80.00 24.58 25.42 28.33 21.67 0.00

I27 Engineering Management and

Insurance 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

I28 Engineering and Management

of Media 60.00 48.00 80.00 24.58 25.42 28.33 21.67 0.00

I29 Human Resource

Management 60.00 48.00 80.00 24.58 27.92 28.33 19.17 0.00

Category of courses:

AO – Academic and general-educational courses (A)

DH – Social studies and humanities

MD – Medical courses

NS – Scientific or academic professional courses (C)

SA – Professional applicative courses (D)

SS – Professional or artistic-professional courses

TM – Theoretical methodological courses (B)

TU – Theoretical artistic courses

(14)

Table 5.1 List of courses by semesters and years of study

Study program: Engineering Management

No. Course

code Course title S Type Status Classes Other

cl. ECTS

L P DON

First year

1 I102 Fundamental Theories of Industrial Systems 1 TM O 2 2 0 0 5

2 I119 Computer Technology 1 1 TM O 2 0 2 0 4

3 I104 Mathematics in Engineering Management 1 AO O 4 4 0 0 8

4 I201 Entrepreneurship 1 AO O 2 2 0 0 6

5 I121 Principles of Economics 1 AO O 2 2 0 0 6

6 I11I1 Foreign language 1 (chosen 1 out of 3) 1 IB 2 0 0 0 2

EJ01Z English Language - Elementary 1 AO I 2 0 0 0 2

NJ01Z German Language - Elementary 1 AO I 2 0 0 0 2

RJ01Z Russian Language - Elementary 1 AO I 2 0 0 0 2

7 I117 Statistic Methods 2 TM O 2 2 2 0 7

8 I106 Basic Working Processes and Means of Work 2 AO O 4 2 0 0 6

9 I103 Sociology of Work 2 AO O 2 2 0 0 4

10 I308 Economics of Enterprise 2 SA O 2 2 0 0 6

11 I119B Computer Technology 2 2 AO O 2 0 2 0 4

12 I11I2 Foreign Language 2 (chosen 1 out of 3) 2 IB 2 0 0 0 2

EJ02L English Language - Preintermediate 2 AO I 2 0 0 0 2

NJ02L German Language - Preintermediate 2 AO I 2 0 0 0 2

RJ02L Russian Language - Preintermediate 2 AO I 2 0 0 0 2

Total number of active classes: 52

Total number of ECTS credits: 60

(15)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Engineering Management

No. Course

code Course title S Type Status

Classes Other cl. ECTS

L P DON

Second year

13 I108 Reliability Theory 3 TM O 2 4 0 0 7

14 I207 Management Accounting 3 SA O 3 3 0 0 7

15 I303 Communication Sciences 3 AO O 3 3 0 0 7

16 I219 Fundamentals of Production and Service Technologies 3 TM O 3 3 0 0 7

17 I12I1 Foreign Language 3 (chosen 1 out of 3) 3 IB 4 0 0 0 4

EJIIM English for Specific Purposes 3 AO I 4 0 0 0 4

NJIIM German for Specific Purposes 3 AO I 4 0 0 0 4

RJIIM Russian for Specific Purposes 3 AO I 4 0 0 0 4

18 I120 Principles of Management 4 AO O 2 2 0 0 5

19 I202 Marketing 4 NS O 3 3 0 0 6

20 I205 Human Resource Management 4 NS O 3 3 0 0 7

21 I307 Business Process Automation 4 NS O 3 0 3 0 6

22 I208 Financial Management 4 NS O 2 2 0 0 4

(16)

Table 5.1 List of courses by semesters and years of study

Study program: Engineering Management

No. Course

L P DON

Third year

23 I301 Commercial Business 5 NS O 3 3 0 0 6

24 I110 Developmental Processes in Company 5 NS O 2 2 0 0 6

25 I304 Business Law 5 TM O 4 2 0 0 6

26 I903 Planning and Analysis of Working Process 5 TM O 3 3 0 0 6

27 I306 Integral System Support - Logistics 5 NS O 2 2 0 0 6

28 I327 Production and Service Systems 6 TM O 2 3 1 0 7

29 I322 Information System Design 6 NS O 3 0 3 0 6

30 I323 System of Environmental Management 6 AO O 2 2 0 0 5

31 I309 Quality Management System 6 NS O 4 2 0 0 6

32 I328 Enterprise Organization Technology 6 TM O 2 2 0 0 6

(17)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Entrepreneurial Management

No. Course

L P DON

Fourth year

1 I410 Strategic Management 7 TM OM 3 3 0 0 6

2 I417 Working Process Management 7 TM OM 3 1 2 0 6

3 I002 Optional subject PM1 (1 out of 6) 7 IBM 2 1-2 0-1 0 5

I901 Operational Audit and Controlling 7 NS I 2 2 0 0 5

I902 Entrepreneurship Finance 7 NS I 2 1 1 0 5

I911 Knowledge Management 7 NS I 2 2 0 0 5

I912 Market Research and Customer Behaviour 7 NS I 2 2 0 0 5

I913 Processes of Technology Transfer 7 NS I 2 2 0 0 5

I935 Work Motivation 7 NS I 2 2 0 0 5

6 I007 Professional Practice MEN1 8 SA OM 0 0 0 3 3

7 I005 Optional subject PM4 (1 out of 6) 8 IBM 2 2 0 0 5

I906 Desicion Theory and Quantitative Methods 8 SA I 2 2 0 0 5

I908 Management of Innovation and Change 8 SA I 2 2 0 0 5

I909 Legal Aspects of Business 8 SA I 2 2 0 0 5

I910 Investment Management 8 SA I 2 2 0 0 5

I914 Project Management 8 SA I 2 2 0 0 5

I956 Career Development 8 SA I 2 2 0 0 5

10 I008 Bachelor Thesis 8 SA OM 0 0 0 10 15

(18)

Table 5.1 List of courses by semesters and years of study

Study program: Project Management

No. Course

L P DON

Fourth year

1 I350 Fundamentals of Project Management 7 TM OM 4 2 0 0 6

3 I351 Optional subject PM1 (1 out of 6) 7 IBM 2-3 1-3 0-1 0 5-6

I364 Management of Project-Oriented Organizations 7 NS I 2 2 0 0 5

I410 Strategic Management 7 NS I 3 3 0 0 6

I957 Team Work 7 NS I 2 2 0 0 5

I404 Organization and Logistics Management 7 NS I 2 2 0 0 5

I957 Team Work 7 NS I 2 2 0 0 5

I360 Planning, Control and Project Management 8 I 2 2 0 0 5

I360 Planning, Control and Project Management 8 SA I 2 2 0 0 5

I360 Planning, Control and Project Management 8 I 2 2 0 0 5

Total number of active classes: 36-42

Total number of ECTS credits: 60-63

(19)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Investment Management

No. Course

L P DON

Fourth year

3 I012 Optional subject IM1 (1 out of 6) 7 IBM 2 0-2 0-2 0 5

I904 Corporate Finance 7 NS I 2 1 1 0 5

I905 Financial Markets 7 NS I 2 0 2 0 5

I090 Public Finance 8 I 2 0 2 0 5

I907 Money and Banking 8 SA I 2 1 1 0 5

I090 Public Finance 8 SA I 2 0 2 0 5

9 I0161 Optional subject IM6 (1 out of 7) 8 IBM 2 2 0 0 5

I090 Public Finance 8 I 2 0 2 0 5

Total number of ECTS credits: 60

(20)

Table 5.1 List of courses by semesters and years of study

Study program: Energy Management

No. Course

code Course title S Type Status Classes Other

cl. ECTS

L P DON

Fourth year

1 I915 Energy Transformations 7 TM OM 4 4 0 0 6

2 I070 Energy Efficiency 7 TM OM 3 3 0 0 6

3 I022 Optional subject EM1 (1 out of 6) 7 IBM 2 2 0 0 5

I939 Measurement, Monitoring and Control 7 NS I 2 2 0 0 5

I938 Energy and Society 7 NS I 2 2 0 0 5

I916 Energy Management in Industry 7 NS I 2 2 0 0 5

I917 Energy Management in Buildings 7 NS I 2 2 0 0 5

Total number of ECTS credits: 60

(21)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Information Management

No. Course

L P DON

Fourth year

1 I412 Database Design 7 TM OM 2 0 4 0 6

3 I191 Optional subject INM1 (1 out of 6) 7 IBM 2-3 0-3 0-3 0 5-6

I403 Organization and Maintenance Management 7 NS I 2 2 0 0 5

I410 Strategic Management 7 TM I 3 3 0 0 6

I415 Algorithms and Data Structure 7 NS I 2 0 2 0 5

I508 Object-Oriented Information Technology 7 NS I 3 0 3 0 5

I960 Dismantling and Recycling Technologies 7 NS I 2 2 0 0 5

7 I194 Optional subject INM4 (1 out of 6) 8 IBM 2-3 0-2 0-4 0 5

I411 Architecture of Information Systems and

Computer Networks 8 SA I 2 0 2 0 5

I414 Development of Software Products 8 SA I 3 0 3 0 5

I418 Database Systems 8 SA I 2 0 4 0 5

(22)

Table 5.1 List of courses by semesters and years of study

Study program: Quality Management and Logistics

No. Course

L P DON

Fourth year

1 I402 Design, Control and Analysis of Quality System 7 TM OM 4 2 0 0 6

2 I406 Methods and Techniques of Quality Advancement 7 SA OM 4 2 0 0 6

3 I4QM1 Optional subject QLM1 (1 out of 7) 7 IBM 2-3 1-2 0-1 0 5-6

I409 Psychology in Management 7 NS I 2 2 0 0 5

I408 Means of Work and their Maintenance 7 NS I 3 2 0 0 5

I949 Measurement, Monitoring and Control Systems 7 NS I 2 2 0 0 6

I941 Working Process Simulation 7 NS I 2 1 1 0 5

7 I4QM5 Optional subject QLM4 (1 out of 6) 8 IBM 2 2 0 0 5

I407 Design and Analysis of Maintenance

Procedures 8 SA I 2 2 0 0 5

I401 Tribology and Lubrication 8 SA I 2 2 0 0 5

I502 Maintaining Technologies 8 SA I 2 2 0 0 5

(23)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Engineering Management and Insurance

No. Course

L P DON

Fourth year

2 I920 Principles of Insurance 7 TM OM 3 3 0 0 6

3 I032 Optional subject MO1 (1 out of 6) 7 IBM 2-3 0-2 0-2 0 5-6

I417 Working Process Management 7 TM I 3 1 2 0 6

I919 Actuarial Mathematics 7 NS I 2 2 0 0 5

I922 Management of Life Insurance 7 NS I 2 2 0 0 5

7 I035 Optional subject MO4 (1 out of 6) 8 IBM 2 1-2 0-1 0 5

I923 Risk Management in Insurance 8 NS I 2 2 0 0 5

I921 Management of Non-life Insurance 8 SA I 2 2 0 0 5

I924 Prevention in Insurance 8 SA I 2 2 0 0 5

(24)

Table 5.1 List of courses by semesters and years of study

Study program: Engineering Management of Media

No. Course

L P DON

Fourth year

1 I925 Classic Media and Media Technology 7 TM OM 3 2 1 0 6

2 I955A Digital Assembly 7 SA OM 3 0 3 0 6

3 I042 Optional subject MM1 (1 out of 6) 7 IBM 2 0-2 0-2 0 5

I077 Business Ethics 7 NS I 2 2 0 0 5

I083 Journalism 7 NS I 2 2 0 0 5

I928 Sociology of Mass Communication 7 NS I 2 2 0 0 5

I966 Audio Engineering and Digital Audio 7 NS I 2 0 2 0 5

I086 Media Marketing 8 SS I 2 2 0 0 5

I929 Aesthetics in Media 8 SA I 2 2 0 0 5

I931 Communication Technologies 8 SA I 2 0 2 0 5

I932 Digital Image Processing 8 SA I 2 0 2 0 5

I953 Media Crisis Management 8 SS I 2 2 0 0 5

(25)

Standard 05. Curriculum

Table 5.1 List of courses by semesters and years of study

Study program: Human Resource Management

No. Course

L P DON

Fourth year

3 I052 Optional subject MLR1 (1 out of 6) 7 IBM 2 0-2 0-2 0 5

I933 Human Resource Planning 7 NS I 2 2 0 0 5

I934 Psychology of Work 7 NS I 2 2 0 0 5

4 I053 Optional subject MLR2 (1 out of 6) 7 IBM 2 2 2 0 5

I936 Organizational Socialization 8 SA I 2 2 0 0 5

(26)

Name of the Study Programme

Undergraduate Academic Studies

Engineering Management

(27)

Standard 05. Curriculum

Table 5.2 Course Specification

Course:

Fundamental Theories of Industrial Systems

Course code I102 ECTS credits: 5

Lecturers: Dragan D.Šešlija, Ilija P.Ćosić, Jelena V.Borocki

Course status: O

Number of classes (per week)

Lectures: Practice: Other forms of classes : Academic research: Other

2 2 0 0 0

Prerequisite courses: None 1. Educational objectives:

Basic theory of the course of the industrial system is basic subject-matter in the study, understanding and designing complex systems and processes in the field of industrial engineering and management. The educational goal is gaining basic knowledge about system approach towards world, with emphasis on the application of this approach to manufacturing and service business systems.

2. Educational outcomes (acquired knowledge):

After learning subject-matter and passing the exam students are able to detect the components of production and service systems, understand relations between them, designate basic functions of the company as a complex dynamic system and detect its policy, plan and business program.

3. Course content/structure:

Basic subject-matter of the course comprise system approach, system engineering and methodology of solving problems in engineering, system thinking as a basis for new approaches in management, the dynamics of complex systems and simulation process in subject areas: The System Approach. Systems and System Characteristics. The Concept of the System. System Classification. The Characteristics of the System. Cybernetic Systems. Systems Analysis and Synthesis. Basic Size and Condition of the System.

Performance. Output Values. State of the System. Function of the System. Feedback Effects. The Structure of the System. Environmental Conditions. System Procedures. information and Information Systems. Management System.

4. Teaching methods:

Teaching includes lectures with examples of application of system approach to production and service systems and auditory exercises which include elaboration of specific examples introduced at lectures. The exam is taken through the partial examination which is organized in the middle of the semester and is a prerequisite for taking the written part of the examination – combined exercises and theory. The prerequisite for taking the exam is passed partial exam and at least 20 points scored.

Knowledge evaluation (maximum number of points 100)

Pre exam assignments Compulsory Points Final examination Compulsory Points

Partial examination Yes 40.00 Written part of the examination – combined

exercises and theory Yes 50.00

Lecture attendance Yes 5.00

Laboratory practice attendance Yes 5.00

Literature

No. Author Title Publisher Year

1. Dragutin Zelenović OSNOVI TEORIJE INDUSTRIJSKIH SISTEMA FTN INSTITUT ZA

INDUSTRIJSKE SISTEME 1989

2. Ilija Ćosić, Dušan

Šormaz, Dragan Šešlija OSNOVE TEORIJE INDUSTRIJSKIH SISTEMA

Priruĉnik za veţbe FTN INSTITUT ZA

INDUSTRIJSKE SISTEME 1989

(28)

Table 5.2 Course Specification

Course:

Computer Technology 1

Course code I119 ECTS credits: 4

Lecturers: Dubravko R.Ćulibrk, Dragan V.Ivanović, Sonja M.Ristić

Course status: O

Number of classes (per week)

Lectures: Practice: Other forms of classes : Academic research: Other

2 0 2 0 0

Prerequisite courses: None 1. Educational objectives:

The aim of the course is the unification, improvement and systematization of IT skills and concepts through the introduction basic elements of information systems, structures and modes of modern computer systems and use of standard software packages.

2. Educational outcomes (acquired knowledge):

Students should understand the basic principles of computer systems and be able to independently use information technology and resources to the extent necessary to resolve academic tasks, and gain necessary conditions for learning some other teaching disciplines and application of complex information resources and tools.

3. Course content/structure:

Basic concepts in the field of computer technology. Architecture and principles of operation of computer systems. Systems presentation of data. Software solutions for design and editing. Programs to work with related (coupled) tables. Programs for design presentations. Basic concepts of Internet and related software tools.

4. Teaching methods:

Teaching activity is a frontal and includes the use of modern didactic tools and methods. Teaching practice is in general carried out in specialized training schools with computer support.

Knowledge evaluation (maximum number of points 100)

Pre exam assignments Compulsory Points Final examination Compulsory Points

Computer practice

attendance Yes 5.00 Written part of the examination – combined

exercises and theory Yes 25.00

Complex forms of exercise Yes 15.00 Oral part of the examination Yes 5.00 Complex forms of exercise Yes 15.00

Complex forms of exercise Yes 5.00

Test 10.00

Literature

No. Author Title Publisher Year

1. I. Luković, S. Ristić, D.

Stefanović, M. Rakić- Skoković

Osnove raĉunarskih tehnologija i programiranja,

priruĉnik za veţbe FTN Izdavaštvo 2007

2. Ristić, S. Raĉunarske tehnologije, priprema za nastavu

(handout) Liĉno izdanje 2007

3. Mitić, N. Osnove raĉunarskih sistema SET, Beograd 2003