DESCRIPTION OF THE COURSE BIM43 7 5 L 2 hours, S...

DESCRIPTION OF THE COURSE

Name of the course

Innovation Management

Number: BIM43 Semester: 7

Type of teaching:

Lectures and tutorials

Lessons per week:

L – 2 hours,

S – 2 hours

Number of credits: 5

LECTURER: Assoc. Prof. Lidia Galabova Ph.D (FM), tel. 965 39 15; e-mail: [email protected]

Technical University of Sofia

COURSE STATUS IN THE CURRICULUM Compulsory for students from Industrial

Management BEng program of the Faculty of Management.

AIMS AND OBJECTIVES OF THE COURSE The course in Innovation Management will

introduce students to the basic characteristics of National Innovation Systems and the EU

Innovation management policy. Students will study and will be able to apply main approaches,

methods and technique, required for the effective management of innovations in contemporary

companies and will gain knowledge needed to develop and manage innovation projects.

DESCRIPTION OF THE COURSE Main topics: EU Innovation policy. National Innovation

Systems. Types of innovations. Innovation process. Models, describing the innovation process.

Innovation management. Generation of innovation ideas. Innovation projects. Methods for

evaluation of innovation projects. Closed innovations. Open innovations. Research and

Development in industrial companies. Knowledge and innovation transfer. Dynamic capabilities.

Funding of innovation activity. Unexpected and undesired consequences of innovation activity.

PREREQUISITES The course is based on the economical and managerial knowledge acquired in

previous years. Economics, Introduction to Management, Industrial and Production Management,

Marketing, Strategic Management etc.

TEACHING METHODS Lectures supported by power point presentation, video materials, visits

by guest lecturers, seminars during which case studies will be discusses and students will solve

specific practical assignments.

METHOD OF ASSESSMENT Written examination at the end of semester, which constitutes 70%

from the final mark and evaluation of the work during the seminars and lectures, which constitute

30% of the final mark.

INSTRUCTION LANGUAGE Bulgarian.

BIBLIOGRAPHY 1) ГЕОРГИЕВ, ИВ., ЦВЕТКОВ, ЦВ. И БЛАГОЕВ, Д. Мениджмънт на

фирмените иновации и инвестиции, С., УНСС. 2013; 2)ДАМЯНОВА Л. Управление на

иновациите. С., ИК "Проф. П. Венедиков". 2009; 3) ТАНЕВА Н. Иновационен мениджмънт,

С., ИК”КИНГ”. 2007; 4) CHESBROUGH, H. Open Innovation: The New Imperative for Creating

and Profiting from Technology. Harvard Business School Press. 2006; 5) CHESBROUGH, H.

Open Business Models: How to Thrive in the New Innovation Landscape. 2006; 6)

CHESBROUGH, H. Open Service Innovation: Rethinking Your Business to Grow and Compete in

a New Era. 2011; 7) DAVILA, T., EPSTAIN, M AND SHELTON, R. Making Innovation Work:

How to Manage It, Measure It, and Profit from It, Updated Edition. Pearson Education Inc. 2013; 8)

TIDD, J., BESSAN, J. Managing Innovation: Integrating Technological, Market and Organisational

Change. 4th

Edition. Wiley. 2009; 9) TROTT, P. Innovation Management and New Product

Development. 5th

Edition. FT Prentice Hall. 2011; 10) VON HIPPEL, E. Democratizing Innovation.

The MIT Press. 2005.

mailto:[email protected]

DESCRIPTON OF THE COURSE

Name of the course:

Internet based services and

applications

Code: BIM44.1 Semester: VII

Type of teaching:

Lectures and laboratory work

Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURER: Assis. Prof. Orlin Marinov, PhD (FM) tel.: 965 32 43 , email: [email protected]


COURSE STATUS IN THE CURRICULUM: Internet-based services and applications (IBAS)

is a electable course in the bachelor degree program of the "Industrial management” specialty in

Faculty of Management at TU-Sofia.

AIMS AND OBJECTIVES OF THE COURSE: The aim of the course is to prepare students to

apply methods and tools for creating projects for construction of administrative and management

services in terms of the global Internet computer network in accordance with the development and

needs of information business

DESCRIPTION OF THE COURSE: The subject "Internet based services and applications” is a

electable discipline for students majoring in Industrial management. Discussed are issues related to

nature and the main tasks of the industrial management.

PREREQUISTES: “Informatics 1”, "Informatics 2", “Fundamentals of Management”, etc.

TEACHING METHOODS: Lectures are supported by multimedia, laboratory work, class

discussions. Software packages are used to demonstrate IBAS methods and techniques.

METHOD OF ASSESSMENT: Achieving the objective of training is monitored through

continuous assessment. The assessment is based on points received from: test, course work and

student performance of duties during the semester.

INSTRUCTION LANGUADGE: Bulgarian.

BIBLIOGRAPHY:

[1] Илиев Г., Атамян, Д. Мрежи за данни и интернет комуникации. Нови знания, 2009.

[2] Comer, D., Internetworking with TCP/IP Volume One (6th Edition). Pearson, 2013.

[3] Макдоналд М. Създаване на уеб сайт. Зест Прес. София, 2011.

[4] Препернау Д., Кокс, Д. Microsoft Windows Vista, Step by Step, СофтПрес, София, 2007

[5] Семерджиев, Цв. Сигурност и защита на информацията. Софтрейд, 2012.

[6] Стобърт, С. Парсънс, Д. Динамични уеб приложения за бази данни с PHP и MySQL.

DuoDesign. София, 2010.

[7] Цанкова, Р.(2008). Информационни технологии в публичната администрация.

Издателство на ТУ-София.


Name of the course:

Software engineering

Code: BIM 44.2 Semester: 7

Type of teaching:

Lectures and seminar work

Lessons per week:

L – 2 hours, SW – 1 hour


LECTURER: Assoc. Prof. Dr. eng. Valeri Gochev - tel.: 088 6010910, E-mail: [email protected]

University of Telecommunications and Post – Sofia

COURSE STATUS IN THE CURRICULUM: Optional in block for the students of Faculty of

Management – TU-Sofia, specialty “Industrial Management”, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: Software engineering (SE) course is aimed to

introduce the cold with models of software process, analyze approaches for development of

software, documentation of software projects, organization of software production and introduction

to the features of the software business.

DESCRIPTION OF THE COURSE: SE course is a basic specializing discipline for the students

of “Industrial Management” specialty in the Faculty of Management – TU-Sofia. The course is

consistently considered the principles of software engineering, covering the methodological

approach in the development, use, maintenance and decommissioning of the software. The course

covers topics related to modeling software processes and organization development of software

products. Issues relating to the documentation of developer composition of the installation media,

designing the interface with the user, administer the database, the price of the software being

developed. In addition to commenting on practical issues related to the marketing of software

planning and organizing the development process.

PREREQUISTES: Students need knowledge about Informatics I, Informatics II, Engineering I

(Production Engineering), Engineering II (Industrial Engineering), Law I (Industrial legislation) etc.

TEACHING METHOODS: Lectures are supported by multimedia, seminar work, class

discussions. In the seminars practical purposes down the basic principles on which depends the

effectiveness of a particular area and stage of development of the software project.

METHOD OF ASSESSMENT: Two tests at the middle and end of semester – 60%, seminar work

– 25%, students’ performance during the semester – 15%.


BIBLIOGRAPHY: 1. I. Sommerville, Software Engineering, Addison-Wesley, 2010; 2. R.

Pressman & B. Maxim, Software Engineering: A Practitioner's Approach, Mcgraw-Hill, 2014; 3.R.

Thayer, M. Dorfman, Software Engineering Essentials, Volume I: The Development Process

(Volume 1), Sofware Management Training, 2012; 4. Thayer, M. Dorfman, Software

Engineering Essentials, Volume II: The Supporting Processes, Sofware Management Training,

2012; 5. Thayer, M. Dorfman, Software Engineering Essentials, Volume III: The Engineering

Fundamentals (Volume 3), Sofware Management Training, 2012; 6.ELVIS C. FOSTER, Software

Engineering: A Methodical Approach, Apress, 2014; 7. ЕСКЕНАЗИ А., МАНЕВА Н.,

Софтуерни Технологии, Клмн, София 2006.



Name of the course:

Expert systems with Artificial

Intelligence


Type of teaching:


Lessons per week:

L – 2 hours, SW – 1 hour


LECTURER: Assoc. Prof. Dr. eng. Nikolay Hinov (FEET) - tel.: 9652569, email: [email protected]




AIMS AND OBJECTIVES OF THE COURSE: Expert systems with artificial intelligence

(ESAI) course is designed for students to learn and be able to apply knowledge about the nature,

characteristics and use of expert systems and artificial intelligence models present-not knowledge in

expert systems and artificial intelligence methods for finding a solution and methods for introducing

blurred and uncertainty of meaning in the knowledge base of expert systems and artificial

intelligence.

DESCRIPTION OF THE COURSE: ESAI course is a basic specializing discipline for the

students of “Industrial Management” specialty in the Faculty of Management – TU-Sofia. The

course is consistently considered the basic principles of functioning and modern software tools for

the creation of ESAI. Analyzed the main types of tasks solved with the help of ESAI. Discussed are

some popular formalisms and languages for knowledge representation in ESAI, particular attention

is paid to the methods and languages for presenting inaccurate and uncertain knowledge and data

ESAI.

PREREQUISTES: Students need knowledge about Informatics I, Informatics II, Engineering I

(Production Engineering), Engineering II (Industrial Engineering), Law I (Industrial legislation) etc.


discussions. The seminars are mainly directed towards the practical consideration of the main topics

of the training course.

METHOD OF ASSESSMENT: Two tests at the middle and end of semester – 60%, seminar work

– 25%, students’ performance during the semester – 15%.


BIBLIOGRAPHY: 1. Winston, P.H. Artificial Intelligence, Addison-Wesley, reading, MA, 3RD

EDITION, 1992; 2. Luger, G. F. & W. A. Stubblefield. Artificial Intelligence: Structures and

Strategies for Complex Problem Solving, Benjamin/Cummings, Redwood City, Ca, Second Edition,

1993; 3. P. Jackson, Introduction to Expert Systems (3rd Edition), Pearson Education Limited,

1999; 4. J. Giarratano, G. Riley, Expert Systems: Principles and Programming, Fourth Edition,

Published by Course Technology, 2014; 5. P. Lucas, Linda C. VAN DER GAAG, Principles of

Expert Systems, Published in 1991 by Addison-Wesley, 1991; 6. K. Darlington, The Essence of

Expert Systems, Prentice Hall August 4, 1999; 7. Bratko, I. Prolog Programming for Artificial

Intelligence, Addison-Wesley, Reading, MA, 2nd edition, 1990; 8. J. Liebowitz, The

Handbook of Applied Expert Systems., CRC Press December 29, 1997; 9. F. Hodson, A. Kandel,

Real Time Expert Systems Computer Architecture, CRC Press July 1991.



Name of the course

Human-Computer Interaction

Code: BIM 44.4

Semester: 7

Type of teaching:

Lectures and seminars

Lessons per week:

L – 2 hours;

S – 1 hour


LECTURER: Prof. PhD Svetoslav Velev (FM), tel.:965 3537, e-mail:[email protected]


COURSE STATUS IN THE CURRICULUM: Optional for the undergraduate students specialty

Industrial Management.

AIMS AND OBJECTIVES OF THE COURSE: The course "Human-Computer Interaction" aims

to acquaint students with general questions of informatkata, historical retrospect of the development

of computers, psychological characteristics of perception and information processing of human

primary emphasis is harmful and dangerous consequences improper handling of technical devices

for information communication and ways of prevention of disabilities and illnesses

DESCRIPTION OF THE COURS Learning Course "Human-Computer Interaction" provides

information for students learning the most common technical sredsto today - the computer to a safe

and most effective and reliable operation with him.Emphasis in this course are the design decisions

etc. Computer jobs in which they set out principles and recommendations for optimal placement of

technical equipment, sizing of the work area and parameters of the environment.

PREREQUISITES: Informatics, physiology of labor, labor psychology, labor organization,

Labour.

TEACHING METHODS: Lectures, computer and multimedia projector .

METHOD OF ASSESSMENT: The assessment is made by two tests

INSTRUCTION LANGUAGE: Bulgarian.

BIBLIOGRAPHY: 1.Закон за здравословни безопасни условия за труд. София 2014 г. 2.

Караманска;. Д. Човешки фактор в инженерната психология и ергономия. Изд.”П.

Венедиктов”, София, 2006 г. 3.Момов А. Взаимовръзка «човек-компютър» - записки от

лекции 2006 г.; 2. БДС EN ISO 9241 – 2000/2004. Ергономични изисквания за работа с

видеотерминали. Части 1 до 14. 4. Момов А. Ергономия и ергономично проектиране - първа

и втора части. Изд. ТУ София, 2006 г.; 5. Woodson W.S. Human factors reference guide for

electronics and computer professionals. McGraw – Hill Press, New York,2009.


Name of the course:

Accounting

Code: BIM45 Semester: 7

Type of teaching:

Lectures, seminars and

course work

Lessons per week:

L – 2 hours;

Seminars – 2 hours


LECTURER: Prof. PhD Jordan Dimitrov (FM) - tel.: 9652532, email: [email protected];


COURSE STATUS IN THE CARRICULUM: The course is compulsory for the students degree

course in “Industrial Management” in the Faculty of Management at the Technical University –

Sofia,“Bachelor” Degree.

AIMS AND OBJECTIVES OF THE COURSE: The main goal of the course is to give the

students knowledge of the accounting in the enterprise, which will help their development as

experts with the qualification needed to analyze the new economic situations, the comparison of the

accomplished economic results to the planned ones in the constantly changing market, etc.

DESCRIPTION OF THE COURSE: The course gives directions for the fundamental knowledge

of the general theory of Accounting. The course treats the basic questions related with the

accounting of the capital of the enterprise, its resources – material, labor, financial, the expenses

related to the activity, the accomplished economic results, etc.

PREREQUISITES: A knowledge in Economics is required.

TEACHING METHODS: Lectures helped by visual devices (slides and media projector) and

laboratory work helped by accounting – manual.

METHODS OF ASSESMENT: Written control at the end of the semester which includes a

theoretical question (test) and problems.

INSTRUCTION LANGUAGE: Bulgarian

BIBLIOGRAPHY 1.Фурнаджиева, М. Счетоводство на предприятието (теоретични основи),

изд. Софтрейд, С. 2010 г.; 2.Фурнаджиева, М. Счетоводство на предприятието (приложен

курс), изд. Софтрейд, С. 2011 г.; Дурин С. и Д. Дурина Счетоводство на предприятието, изд.

ФорКом, 2014 г.; 3. Проф. И. Душанов и проф. М. Димитров, Курс по счетоводство на

предприятието, изд. Счетоводна къща ЕООД при съюза на счетоводителите в България, 2003

г.; Фурнаджиева М. Сборник задачи по счетоводство, изд. къща “Сиела”, С. 2004 г. и други.



Name of the course

Quality Management

Code ВIМ 46 Semester: 7

Type of teaching:

Lectures and Seminar

work

Lessons per week:

L – 2 hours; SW – 2 hours


LECTURER:

Assoc. Prof. Ph.D. Eng. George Dukendjiev (FME) - tel.9652688, e-mail: [email protected],


COURSE STATUS IN THE CURRICULUM: Compulsory for the students specialty “Industrial

Management” to the Faculty of Management to TU-Sofia for the Bachelor of Science.

AIMS AND OBJECTIVES OF THE COURSE: The aim of this course is introduce to the

students with the modern conceptions, methods and tools for quality management of products,

processes, people and environment.

DESCRIPTION OF THE COURSE: The students are introduced to the general descriptions and

characteristics of quality, with the modern visions for its management and the strategy for Total

Quality Management (TQM). In this course are presented the types of product and process control,

control methods and organization, statistical methods for control and management of the processes,

as well as the basic methods and instruments for quality analysis and management. The students are

introduced to the regulatory, law and economical aspects of quality and the quality standards. In the

course are described the building of systems for quality management, for safety environment and

safety work conditions, as well as the problems for certification of products, systems and staff.

PREREQUISITIES: Base knows ledges are necessary about Mathematical Statistic.

TEACHING METHODS: Lectures are teaching with visual materials and slides. The seminar

works give the practical side of getting know ledges from the lectures. The experiments check base

theoretical conclusions made in lectures.

METHOD OF ASSESMENT: Write examine in the end in seven semesters.

INSTRUCTION LANGUEAGE: Bulgarian

BIBLIOGRAPHY:

1. Dukendjiev G., Jordanov R., Quality Control, Soft trade, Sofia, 2012 ISBN 954-9725-10-3

2. Jordanov R., G.Dukendjiev, Methods of Quality Control, Soft trade, Sofia, 2001 ISBN 954-

9725-47-2

3. Dukendjiev G., Computer Aided Quality, Soft trade, Sofia, 2001, ISBN 954-9725-48-0

5. Dale B.G., Managing Quality. Prentice Hall., N.Y., 1994

6. Hering E., J.Jrimel, H. Blank, Qualitaetsmanagement fuer Ingenieure, VDI-Verlag, Duesseldorf,

2008

7. Juran J.M., F.M. Gryna., Quality Planning and Analysis, Mc Graw - Hill, N.Y., 1993.



Name of the course:

Industrial Property and Patent Policy

Code: ВIM 47.1 Semester: 7

Type of teaching:

Lectures and Seminar work

Lessons per week:

L – 2 hours,

SW – 1 hour


LECTURER:

Prof. Dr. jur. Dipl.-Ing. Stefan Stefanov (FM) - tel.: +359 2 9653213, e-mail: [email protected]


COURSE STATUS IN THE CURRICULUM: Eligible for the students from the Specialty

“Industrial Design” at the Faculty of Mechanical Engineering of the TU Sofia, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: The Module of study „Protection of the

Intellectual Property“ has for an aim to give the students a minimum of knowledge about the legal

protection and the commercial realization of the immaterial objects of the intellectual property and

about the arrangement of an efficient patent policy in the international market.

DESCRIPTION OF THE COURSE: The teaching in this field ranges the legal protection of

variety of immaterial objects, belonging to the intellectual property accordingly to the Paris

Convention from 1883 and the TRIPS from 1994, such as:

- copyright objects;

- patentable inventions and utility models;

- trademarks and industrial designs;

- company names (trade names) and appellations of origin;

- layout-design of integrated circuits (chip protection);

- trade secrets and their transfer as a 'know-how';

- unfair competition etc.

It goes also into problems, which are connected with the patent policy and the transfer of technology

(licensing agreements) as a part of a market strategy.

PREREQUISITES: Basic Knowledge in the field of the civil and industrial law.

TEACHING METHODS: Lectures, using slides and power point presentation, tutorials, group

seminars or workshops, case studies.

METHOD OF ASSESSMENT: Written exam; current assessment.


BIBLIOGRAPHY ; 1. Patent law – Official Gazette 27/1993; 2. Trade Marks and Geographical

Indications Law - Official Gazette 81/1999; 3. Industrial Design Law - Official Gazette 81/1999 (all

this in: http://www1.bpo.bg/index.php?option=com_content&task=view&id=75&Itemid=122); 4.

Copyright Law - Official Gazette 56/1993; 5. Law on Protection of the Competition - Official

Gazette 39/1998; 6. Djelepov, S./Stefanov, St.: License Agreements – TU Sofia/Informa Intellect,

1900; 7. Sarakinov, G.: Patent Law in Republic of Bulgaria – SIBI, Sofia 2008; 8. Kamenova, Tsv.:

Copyright – IPN at the BAS, Sofia 2004; 9. Stefanov, St.: International Protection of Utility

Models, TU Sofia, 2014.


http://www1.bpo.bg/index.php?option=com_content&task=view&id=75&Itemid=122


Name of the course:

Labour law

Code: BIM47.2 Semester: 7

Type of teaching:

Lectures and Tutorials

Lessons per week:

L - 2 hours

T - 1 hour


LECTURER:

Assoc. Prof., PhD Nevianka Kaneva (FM), tel.029653435, email: [email protected]


COURSE STATUS IN THE CURRICULUM: An elective course for students’ specialty

Industrial Management, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: The aim of the course is fro the students to

receive basic knowledge bout the individual labour legal relations and to develop the ability to

implement them in practice.

DESCRIPTION OF THE COURSE: The main topics of the course are: grounds and procedures

for signing, modifying and terminating individual labour contacts, employee rights, disciplinary and

financially responsibility, protection in the case of dismissal, decision of individual labour disputes.

PREREQUISTES: The course is based on the disciplines Law I and Human Resources

Management.

TEACHING METHOODS: Lectures are supported by multimedia, slide shows and other

interactive forms of education.

METHOD OF ASSESSMENT: The grade is determined as follows: 80% from 2 written exams

and 20% from the work in the seminar classes.

LANGUADGE: Bulgarian.

BIBLIOGRAPHY:

1. Zlatarev, Е,Bojanov, G.,Vasilev, A.,Koicheva,R., Mulechkova,I., Basics of Law, book 2,

Сiela, 2012.

2. Koev, S., Labour law, publishing house„Chernorisez Hrabar“, 2009 г.

3. Labour code.

mailto:%[email protected]


Name of the course:

European Standards

Code: BIM47.3

Semester: 7

Type of teaching:


Lessons per week:

L – 2 hours,

SW – 1 hour


LECTURER: Assist. prof. phd .eng. Boriana Ilieva (FME), tel.: 9653785, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Optional for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: European Standards is aimed at giving students

knowledge for the necessary requirements and conditions for free movement of goods and

competitiveness on the Single European Market (SEM).

DESCRIPTION OF THE COURSE: The course "European Standards” acquaints students with

its development, legislation, systems, mechanisms and resources to provide compulsory safety and

competitiveness of products placed in SEM. The primary legislation and its role in building the

European Communities to integrate into the European Union are considered. The role of ETL on the

functioning of SEM, incl. application of harmonized European standards with ETL is studied. The

institutions and structures for conformity assessment of products with the requirements of the

European Standards and ETL are examined.

PREREQUISTES: Quality management.

TEACHING METHOODS: Lectures are supported by multimedia. In seminars class discussions

and development of EU declaration of conformity of a regulated product selected by the student are

fulfilled.

METHOD OF ASSESSMENT: Continuous assessment with 2 tests in the semester each with

40% and 20% students work during the semester.


BIBLIOGRAPHY: Main: САНДАЛСКИ. Б., M. Сандалски, М. Вичева и колектив , “Свободно движение и

конкурентно способност на продуктите в Европейския съюз”, СОФТТРЕЙД, С., 2011.

САНДАЛСКИ. Б., М.САНДАЛСКИ, “Свободно движение и конкурентно способност на

продуктите в Европейския съюз”, СОФТТРЕЙД, С., 2009.

Additional: САНДАЛСКИ Бр. “Европейска и международна стандартизация”, СОФТТРЕЙД, С. 2001.;

ВИЧЕВА М., “Възникване и функциониране на Европейския съюз” СОФТТРЕЙД, С. 2001.;

САНДАЛСКИ Бр. и др., Национална система за оценяване на съответствието и надзор на

пазара, СОФТТРЕЙД, С. 2001.



Name of the course

European technical

legislation


Type of teaching:


Lessons per week:

L – 2 hours;

SW – 1 hour


LECTURER:

Assoc. Prof. Boryana Ilieva (FME), tel.965 3785, е-mail: [email protected],


COURSE STATUS IN THE CURRICULUM: Optional for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: European Standards is aimed at giving students

knowledge for the necessary requirements and conditions for free movement of goods and

competitiveness on the Single European Market (SEM).

DESCRIPTION OF THE COURSE: Discipline "European technical legislation" introduces

students to its development of the legal framework, systems, mechanisms and means for providing

mandatory product safety. Consider the primary legislation and its role in building the European

Communities to their integration in the European Union. Studied the role of European technical

legislation on the functioning of the single market, including implementation of a harmonized

European technical regulations European standards. Regarded institutions and structures for

assessing the conformity of products with the requirements of Evrpoeyskoto Technical Legislation.

PREREQUISITES: Quality management.

TEACHING METHODS: : Lectures with multimedia presentations, laboratory works with analysis

and implementation of course work with description and defense.

METHOD OF ASSESSMENT: Continuous assessment with 2 tests in the semester each with 40% and 20% students work during the semester.


BIBLIOGRAPHY: B. Sandalski M. Sandalski M. Vicheva and others. "Freedom of movement and

technical competitiveness of products in the EU," Softtreyd, 2011.



Name of the course:

Microelectronics and microsystem

engineering

Code: BIM48.1

Semester: 7

Activities:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURERS:

Prof. Dr Anna Soynova (FEET) – tel.: 965 3263, email: [email protected]

Prof. Dr Marin Hristov (FEET) - tel.: 965 3115, email: [email protected]


COURSE STATUS IN THE CURRICULUM: The course is optional for the full-time bachelor

degree students in “Industrial management”, Faculty of Management, Technical University of Sofia.

COURSE OBJECTIVES: The course will provide the students with types of integrated circuits,

microelectronic technology basis, application specifics of integrated circuits.

COURSE DESCRIPTION: The following aspects are being studied: design, construction,

technology and application of VLSI and ULSI. The special emphasis is on microsystems and

technological operations used for their integration and packaging.

PREREQUISITES: Basic knowledge in physics, electrical circuits and electronics, technology in electrical engineering and electronics is required.

TEACHING METHODS: In the lectures are used slides and demo programs. Laboratory work

reports preparation and presentation is required.

METHOD OF ASSESSMENT: Presentation of laboratory work reports and written examination at the end of 7th semester.


RECOMMENDED REFERENCE(S): 1.Атанасов, А. С., Основи на микроелектрониката,

София, Техника, 1996; 2.Вълков, Ст., Аналогова електроника, Превод от френски език,

София, Техника, 2002; 3.Geiger, Allen, Strader, VLSI Design Techniques For Analog And Digital

Circuits, New York, 1990; 4. Pucknell, Eshraghian, Basic VLSI Design - Systems and Circuit;

5.Таков, Т., С. Цанова, Г. Ангелов, Микроелектронна схемотехника, София, 2010, 6.Anumpa

B. Kaul, Microelectronics to Nanoelectronics, Materials, Devices & Manufacturability, CRC Press,

2013; 7. Gardner, J., W.,Microsensors, MEMS and Smart devices, Wilry, 2012; 8.Minhang, Bao,

Analysis and Design Principles of MEMS Devices, 2014; 9.Prorok, B., C., Starman, L., V., Hay, J.,

MEMS and Nanotechnology, 2015; 10.Franco Maloberti, Understanding Microelectronics, Wiley,

2012; 11.Razavi, Behzad, Fundamentals of Microelectronocs, Wiley, 2014.




Name of the course:

Electrical Processes and

Equipment


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURERS: Assoc. Prof. PhD. eng. Dilyana Gospodinova (FEE) - tel.: 9652672, email: [email protected]


Prof. PhD. eng. Peter Dineff (FEE) - tel.: 9653817, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Corse for the students of Faculty of Management

– TU-Sofia, specialty “Industrial Management”, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: Electrical Processes and Equipment (EPE)

course is aimed at giving basic knowledge to students on the electrical process methods, techniques

and apparatus that are a vital prerequisite to perform an active and adequate engineering activity.

DESCRIPTION OF THE COURSE: Electrical Processes and Equipment course is an

engineering discipline for the students of “Industrial Management” specialty in the Faculty of

Management – Technical University of Sofia. In the course, issues are covered that concern the

nature and the basic tasks of electrical process and apparatus. Essentials of electrical industrial

technologies and apparatus principles are present. Electrical production processes and apparatus are

learned. The material includes basic modern industrial methods, techniques and apparatus that are

used by the modern product and industrial practice.

PREREQUISTES: Electrical Engineering and Electronics, Production Engineering I and II;

Industrial Engineering, Mechanics etc.

TEACHING METHOODS: Lectures are supported by multimedia and laboratory work and used

to demonstrate EPA in industrial practice.

METHOD OF ASSESSMENT: Written exam in the end of semester – 85%, students’

performance during the semester – 15%.


BIBLIOGRAPHY: 1. ХИНОВ, К. МАСЛАРОВ И. Електрически апарати за автоматиката.

Авангард Прима, 2014, ISBN 978-619-160-428-9, 265 стр. 2. ДИНЕВ П., Технологичен

практикум, Нови знания, 2015. 3. МАСЛАРОВ, И., Й. ШОПОВ. Технологии в

електротехниката и електроника-та. София, Авангард Прима, 2005. 4. Gill P., Electrical Power

Equipment Maintenance and Testing, Second Edition, CRC Press, 1000 pages, 2008, ISBN

1574446568. 5. Ballhatchet A. V., Electrical Apparatus Making for Beginners - A Practical

Handbook for Home and School Workshops, Sabine Press, 2010, ISBN 1446527069, 164 pages.

6. Fowler T. W., Electrical safety: safety and health for electrical trades: student manual (rev. Ed.),

DIANE Publishing, 2010, ISBN 1437920276, 81 pages. 7. Joshi H., Residential, Commercial and

Industrial Electrical Systems: Equipment and selection. Tata McGraw-Hill Education, 2008, ISBN

0070620962, 536 pages. 8. Wadhwa, C. L. Generation, Distribution and Utilization of Electrical

Energy, New Age International, 2005, ISBN 8122400736, 367 pages. 9. Electrical Installation

Guide, Schneider Electric, 2015, ISBN: 978.2.9531643.3.6, 564 pages.




Name of the course

Fundamentals of

Telecommunications


Type of teaching:

Lectures and laboratory

work

Lessons per week:

L – 2 hours;

LW – 1 hour.


LECTURERS:

Assoc. Prof. Seferin Mirtchev, PhD, tel.: 965 22 54, email: [email protected],

Assoc. Prof. Rosen Miletiev, PhD, tel.: 965 3363, e-mail: [email protected]

Faculty of Communications and Communications Technologies

Technical University of Sofia,

COURSE STATUS IN THE CURRICULUM: Optional engineering course (Group F) for the

students of speciality “Industrial Management”, Faculty of Management, educational - qualification

degree: Bachelor.

AIMS AND OBJECTIVES OF THE COURSE: The main aim of the course is to give a deeper

knowledge about principles, basic functions and special feature of telecommunications systems and

networks. Students completed the course have to know the processes of different

telecommunications systems and networks.

DESCRIPTION OF THE COURSE: Telecommunications channels and signals, transmission

systems, multiplexing systems, data transmission, switching system, teletraffic engineering,

telecommunications networks – ISDN, BISDN, ATM. Radio waves, antennas and radio systems.

Radio receivers and transmitters, television, mobile and personal communications.

PREREQUISITES: Physics, Electrical engineering and Electronics 1 (Electrotechnics), Electrical

engineering and Electronics 2 (Electronics), Manufacturing Technologies 2 (Technologies in

Electrical engineering and Electronics)

TEACHING METHODS: Lectures using slides. Laboratory works performed on laboratory

equipment and real telecommunications systems.

METHOD OF ASSESSMENT: Written exam (75%), laboratory check (25%).


BIBLIOGRAPHY:

1. Мирчев С., Йорданова Л. Основи на телекомуникациите. Принципи, системи и

устройства. С., ТУ - София, 2014.

2. Христов Х., С. Мирчев, Телекомуникации – общ курс. С., Нови знания, 2005.

3. Гугова В., В. Пулков, Оптични кабелни линии и мрежи, Нови знания, София, 2009.

4. Илиев Г. и Д. Атамян. Мрежи за данни и интернет комуникации. Нови знания, София,

2009.

5. Мирчев C., Г. Балабанов и К. Късев. Теория на телетрафика. ТУ - София, 2013.

6. Пулков В., Транспортни телекомуникационни мрежи, ТУ - София, 2011.

7. Мирчев С. Комутация в комуникационни мрежи. Нови знания, София, 2010.

../../../Downloads/[email protected]


Name of the course:

Electro-physical technologies


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour

Number of

credits: 4

LECTURER: Prof. Dr. eng. Nikolay Hinov (FEET) - tel.: 9652569, email: [email protected]




AIMS AND OBJECTIVES OF THE COURSE: Electro-physical technologies (ET) course is

aimed at giving students knowledge for the physical base and economical factors for use electro-

physical technology. This will let to the engineers-bachelors foresee their using.

DESCRIPTION OF THE COURSE: Electro-physical technologies course is a basic specializing

discipline for the students of “Industrial Management” specialty in the Faculty of Management –

TU-Sofia. Students make a study of the main methods for producing mechanical products by

electrical spark, laser, electrons park, plasma, ultrasonics, electrical impulses, magnetic impulses,

magnetic abrasive and electrochemistry manufacturing and combination as well as between them

and with the conventional methods.

PREREQUISTES: Students need knowledge about physicist, chemistry, electrician, electronics,

materials and manifacturing technology etc.


discussions. In laboratory provides working with specialized technological systems for the

realization of the studied processes.

METHOD OF ASSESSMENT: Written exam in the end of semester – 60%, course work – 25%,

students’ performance during the semester – 15%.


BIBLIOGRAPHY: 1. ХИНОВ Н., Л., Електронни технологични устройства – копие от курс

лекции 2014г; 2. ДИНЕВ П.Д., Електротехнология, ч.I, Въведение в електротехнологията,

София, Печатна база ТУ-София, 2000; 3. КОНРАД Х., Р. КРАМПИЦ, Електротехнология,

Техника, София, 1990; 4. ГЕОРГИЕВ А. П., Електрофизични и електрохимични технологии в

машиностроенето, София., Печатна база ТУ-София, 1994; 5. ГЕОРГИЕВ А. П., Д. П.

ПАТАРИНСКИ, Д. К. СТАНКОВ, Ръководство за лабораторни упражнения по

електрофизични и електрохимични технологии в машиностроенето, София., Печатна база

ТУ-София, 1991; 6. METAXAS A.C., Fondations of electroheat, John Wiley & Sons, NEW

YORK, USA1996, ISBN 0 471 95644 9.



Name of the course:

Computer Systems


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURER: Prof. Dr. Plamenka Borovska (FCSC) - tel.: +359 2 965 25 24, e-mail: [email protected],


COURSE STATUS IN THE CURRICULUM: Elective engineering discipline for the students of

Faculty of Management – TU-Sofia, specialty “Industrial Management”, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: Computer Systems (CS) course is aimed at

giving students knowledge for basic concepts, principles, models and architectural styles of

computer systems, to make a comparative analysis and to assess the advantages and disadvantages

between alternative solutions.

DESCRIPTION OF THE COURSE: Computer Systems course is a selectable engineering

discipline for students of “Industrial Management” specialty. The topics in the course are related to

the nature of Modern Computer System, CPU Architecture, Bus Architecture, I/O System, Memory

Management, Multicore Platforms, System Area Networks, Parallel GPU Architectures, Computer

Clusters, Supercomputers, GRID Technologies and Cloud Computing. The lectures include modern

methods and techniques used in universities such as the University of Arizona, University of Texas,

MIT and others. The labs include tasks and examples demonstrating the practical application of

modern computer systems.

PREREQUISTES: Industrial Engineering, Computing I, Computing II, etc.

TEACHING METHOODS: Lectures are supported by multimedia and laboratory works.

Software packages are used to evaluate the performance of computer systems and result analysis.




BIBLIOGRAPHY: 1. Borovska, Plamenka, Computer Systems, Revised Edition, Siela, 2014. 2.

Borovska, Plamenka, Lecture Notes: http://81.161.243.12/bgmoodle/course/view.php?id=124. 3. David A.

Patterson, John L. Hennessy, Computer Organization and Design, Fifth Edition: The Hardware/Software

Interface, The Morgan Kaufmann Series in Computer Architecture and Design, October, 2013. 4. Thomas

Erl, Cloud Computing: Concepts, Technology & Architecture, The Prentice Hall Service Technology Series,

2013 5. Gerassimos Barlas, Multicore and GPU Programming: An Integrated Approach Paperback, 2014 6.

Plamenka Borovska, Desislava Ivanova, Pavel Tsvetanski, Parallel Simulation and Communication

Performance Evaluation of a Multistage BBN Butterfly Interconnection Network for High-Performance

Computer Clusters, International conference on Applied Informatics and Computing Theory (AICT '12),

Barcelona, Spain, ISBN: 978-1-61804-130-2, pp. 237-242 7. Borovska Plamenka, Ivanova Desislava,

Architectural Design of Grand Clos Collective Network for Supercomputers, Recent Advances in Computer

Science, Rhodos, Greece, 2013, ISBN: 978-960-474-311-7, pp. 146-151. 8. Plamenka Borovska, Desislava

Ivanova, Silicon Galaxy" system area network for collective communication in supercomputers,

CompSysTech'14, June 2014, Russe, Bulgaria, ISBN: 978-1-4503-2753-4, pp. 86-93.


http://81.161.243.12/bgmoodle/course/view.php?id=124


Name of the course:

Electrical power systems


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURER: Assoc. Prof. PhD. Eng. Nikolay Matanov (EF) - tel.: +35929652179, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Elective engineering discipline for students of

"Industrial Management" of the Faculty of Management – TU-Sofia, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: It is to acquaint students with the structure and

principles of construction and operation of power system providing efficient and environmentally

friendly production, transportation and use of electricity in the aggregates and processes, and how to

save energy in industrial enterprises and companies.

DESCRIPTION OF THE COURSE: The course " Electrical power systems " covers the basic

principles of construction of modern electric power systems. The themes are related to the structure

and main elements of the power system and providing a efficient and environmentally friendly

production, transportation and use of electricity in the aggregates and processes. Discussed are

issues related to the conditions and improved electromagnetic compatibility of consumers and the

electrical system.

PREREQUISTES: Basic knowledge on the subjects "Electrical Engineering" and "Physics" etc.

TEACHING METHOODS: Lectures, using a laptop computer and a multimedia projector. In

laboratory provides physical work benches, which are made, measurements and experimental work.

METHOD OF ASSESSMENT: Written exam at the end of the semester - 80%; students' work

during the exercises - 20%.


BIBLIOGRAPHY: 1. ВАСИЛЕВ Н., С.СИДЕРОВ, Електроснабдяване на промишлени

предприятия", Техника, С, 2015; 2. СИДЕРОВ С., Н.МАТАНОВ. Ръководство за лабораторни

упражнения по електроснабдяване. ТУ-София 2014; 3. СТОЯНОВ С, В.ГОСПОДИНОВ,

Електрообзавеждане на хидравлични машини и елементи. ТУ-София, С, 1991; 4.

СПРАВОЧНИК ПО ЕНЕРГЕТИКА - ТОМ I ДО VI, АБС "Техника" АД, 1999; 5. WILLIS H.

L. Power Distribution Planning Reference Book. Marcel Dekker. 2005; 6. BAILEY D., E. Wright.

Practical SCADA for Industry. Newnes. 2008.



Name of the course:

Technique and Technology of

Textiles and Clothing


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURER: Assoc. Prof. Dr. Eng. Radka Atanasova (FPEPM) - tel.: 9653647, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Compulsory elective for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: Machinery and Technology of Textiles and

Clothing (MTTC) course is aimed at giving students theoretical and practical knowledge on the

actual problems referring textile materials and testing; technology and machines in spinning,

weaving, knitting and clothing manufacturing; design the textile products and apparel, operation

with specialized CAD systems for apparel and textile.

DESCRIPTION OF THE COURSE: Machinery and Technology of Textiles and Clothing course

is an engineering discipline for the students of “Industrial Management” specialty in the Faculty of

Management – TU-Sofia. In the course, issues are covered that concern the design and production

in the factories for apparel and textile. The students become knowledge about the terminology for

the different stages of the textile and clothing manufacturing; machines and technologies; doing

technological documentation for the products; recognize the structure of the materials, structure and

properties of the textile materials and fabrics. The students acquire the necessary theoretical,

professional and creative knowledge for successful realization as managers in the textile and

apparel industry.

PREREQUISTES: Math, Information Technologies, Industrial and Production Engineering,

Production Technologies, Technical Safety etc.

TEACHING METHOODS: Lectures are supported by multimedia, laboratory work with practical

tasks from technology of textiles and clothing, class discussions. During the semester, a scholary

paper is to be developed, and defended in the end of the semester.




BIBLIOGRAPHY: 1. АТАНАСОВА, Р. П., Курс лекции по “Техника и технологии на

текстила и облеклото” пред студентите от специалност “Индустриален мениджмънт” при ТУ

– София, 2015. 2. EL MOGAHZY, Y., Engineering Textiles. Integrating the Design and

Manufacture of Textile Products, ISBN: 978-1-84569-048-9, Woodhead Publishing Limited, 2009.

3. ZHANG, D., Advances in Filament Yarn Spinning of Textiles and Polymers, ISBN: 978-0-

85709-499-5, Woodhead Publishing Limited, 2014. 4. SINCLAIR, R., Textiles and Fashion.

Materials, Design and Technology, ISBN: 978-1-84569-931-4, Woodhead Publishing Limited,

2014. 5. RAY, S. CH., Fundamentals and Advances in Knitting Technology, ISBN: 978-0-85709-

108-6, Woodhead Publishing India PVT. Ltd., 2011. 6. Петров Атанасова, Ръководство за

лабораторни упражнения по технология на облеклото, изд. ТУ-София, София, 2012.


http://www.sciencedirect.com/science/book/9780857094995


Name of the course

Computer Integrated

Systems

Code: BIM50 Semester: 8

Type of teaching:

Lectures and laboratory

work.

Lessons per week:

L – 3 hours;

LW – 2 hours


LECTURER: Prof. DSc. Sasho Guergov (MTF) – tel. 02965-3246; email: [email protected]


COURSE STATUS IN THE CURRICULUM: Compulsory for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: The prime purpose is to provide general concept

and general knowledge to put into practice transition from theoretically substantiated to

constructor's and technology’s knowledge in the field of Computer Integrated Systems. The course

provides the methodology for using of different computer technology for modeling, analyzing and

building of different intelligent systems in the field of Computer Integrated Manufacturing and

increases the student inventiveness as well.

DESCRIPTION OF THE COURSE: The main topics concern: the basic principals, structure and

models of Computer Integrated Systems, CNC machines and Industrial Robots, Computer

Technologies, technological processes planning etc. The main accent is given of the core questions

of the modern level of building and control of these systems.

PREREQUISITES: Production technologies I, Engineering I, Engineering II and Robotics and Automated Storage Systems etc.

TEACHING METHODS: Lectures - using multimedia. Laboratory work from laboratory manual,

work in teams in computer work-stations and laboratory of robotics systems.

METHOD OF ASSESSMENT: Written test in the end of semester – 50%, laboratory work –

40%, students’ activity during the lectures – 10%.


BIBLIOGRAPHY: 1. ГЕРГОВ, С. Компютърно интегрирани системи, С., ТУ - София, 2005;

2. ГЕРГОВ, С. Роботизирани системи и технологии в индустрлията, С., ТУ - София, 2007; 3.

RAMBOLD V., O. NNAJI, A. STOR. Computer Integrated Manufacturing and Engineering,

Addison-Wesly, Publischers Ltd., 2003; 4. MATHEW, J. Computer Integrated Manufacturing

Systems, Monash University, Austria, 2002



Name of the course:

Analysis of the Economic activity

of Enterprise

Code: ВIM51 Semester: 8

Type of teaching:

Lectures (L) and seminars (S)

Course work

Lessons per week:

L – 3 hours,

S – 3 hours


LECTURER: Assoc.Prof.Dr. Jordanka Angelova (FM) - tel.: 02/965-25-20, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Compulsory discipline for regular and

correspondence students in the specialty “Industrial Management ” of Faculty of Management in

TU – Sofia for the educational-qualification degree “Bachelor”

AIMS AND OBJECTIVES OF THE COURSE: The discipline has the aims and purposes to

provide knowledge for the students intended for analytical activity and application of the obtained

results in the management of the industrial organizations.

DESCRIPTION OF THE COURSE: The main topics concern: Topic are considered, which

represent the character, methods, tasks and stages of the complex and thematic analyses. The

directions are specified for the analysis of resources, incomes and expenditures, financial result and

profitableness. Special place is given to diagnostic and functional-denomination analysis.

PREREQUISTES: Required knowledge on Economics, Bases to management, Engineering,

Accountant and Statistic.

TEACHING METHOODS: Lectures are accompanied by visual aids – transparent, posters, etc.

Seminars classes are realized according to the Guidebook and Course work description preparation

and defense.

METHOD OF ASSESSMENT: Writhing examination in the end of semester.


BIBLIOGRAPHY: 1. Donchev D., Analysis of the Economic activity, Softtreid, 2004; 2. Donchev

D. and J.Angelova, Guidance for exercise on Analysis of the Economic activity, Softtreid, 2005, 3.

Donchev D. Financial Analysis, S, Softtreid, 2009.


Name of the course:

Effectiveness and competitivness

of industrial enterprise


Type of teaching:

Lectures and seminary work

Lessons per week:

L – 3 hours,

S – 2 hours


LECTURER: Assist. prof Dr. Tanya Vasileva (FM) - tel.: 965-32-82,

email: [email protected]


COURSE STATUS IN THE CURRICULUM: Optional management discipline for regular

students in the specialty “Industrial Management” of the Faculty of Management of TU – Sofia for

the educational-qualification degree “Bachelor”, Professional direction: 5.13 “General Engineering”

AIMS AND OBJECTIVES OF THE COURSE: The discipline has the aims and purposes to

extend knowledge and practical skills of the students for system and complex analysis in

management decision-making.

DESCRIPTION OF THE COURSE: MODULE 1: The basic topics of the lecture course are:

Competitive markets and the competitiveness of the company, MODULE 2: Legal-normative order

for protection of the loyal competitiveness, MODULE 3: Competitive power of industrial products,

MODULE 4: Designing a system of factors and indicators for assessing the competitive market

position of the company, MODULE 5: Intensive and extensive factors for improvement of the

industrial company competitive power, MODULE 6: Efficiency of the establishment and operation

of joint industrial enterprises (commercial companies) with foreign participation, MODULE 7:

Patent specialization - effective strategy for medium-sized companies.

PREREQUISTES: Required basic knowledge on „Fundamentals of Management”, “Enterprise

Economics”, “Strategic Management”.

TEACHING METHOODS: Lectures are accompanied by visual aids. Seminars are realized

through solving of cases, discussions.

METHOD OF ASSESSMENT: Seminars are held in a lecture hall with prepared and announced

topics. Process of continuous assessment, 2 times control tests and setting up the final mark.


BIBLIOGRAPHY: 1. DONCHEV, D., LALEVA, L., FURNADJIEVA, M., SIMEONOVA, S.,

MANCHEVA, D., “Economics of enterprise – part 2, part 3, Ed “Martiteli”, Sofia, 2012; 2.

MALINOV, M., “Joint ventures”, Ed “Mielkom”, Sofia, 1995; 3. MARINOV, G., VELEV, M.,

GERASKOVA, O., “Economy of entrepreneurial activity”, Ed “Informa Intelekt”, Sofia, 2001;

4.NIKOLOV, B., “Enterprise management. Technology business”, Ed “BREITTS”, Sofia, 2014; 5.

NIKOLOV, N., “Unfair competition and counter-strategies”, Ed “SIBI”, Sofia, 2012; 6. RIIS, A.,

“Focus - The future of your company depends on it”, Ed “Klasika and Stil”, Sofia, 2007;

7.SHTEREV, N., “Marketing of Industrial Enterprise”, University of National and World Economy,

University Publishing House “Stopanstvo”, Sofia, 2010; 8. Law on Protection of Competition, State

Gazette Copy 15/ 15.02.2015.



Name of the course:

Entrepreneurship


Type of teaching: Lectures and tutorials

Lessons per week: L - 3 hours; T - 2 hours


LECTURER:

Assoc. Prof. Lidia Galabova Ph.D (FM), tel. 965 39 15; e-mail: [email protected]


COURSE STATUS IN THE CURRICULUM: Elective discipline for the students from specialty

Industrial Management BEng programme of the Faculty of Management.

AIMS AND OBJECTIVES OF THE COURSE: The aim of the course is to acquaint students

with the basic principles of starting and developing own high-technological business with potential

for fast growth. The course is focused on the opportunities for development of small businesses and

their consecutive transition to multinational companies. Part of the course is dedicated to business

planning and the business plan as a key instrument for realisation of these goals. The business plan

enables entrepreneurs evaluate financially the potential opportunities for their business and to attract

capital.

DESCRIPTION OF THE COURSE: This course is focused on issues related to the management

of small businesses and entrepreneurship. After completing the course students: will have general

knowledge about the basic managerial principals most relevant to small business management; will

know the nature and role of the entrepreneurship in market economy; will be able to develop

business plans independently; will be able to analyse different case studies, relevant to

entrepreneurship; will be able to evaluate potential business opportunities.

PREREQUISITES: Economics, Industrial Management, Production Management, Management of

Human Resources, Management of Projects.

TEACHING METHODS: Lectures supported with power point presentations. Tutorials during

which different case studies will be discussed and simulation games interpreting real situations will

be done. Further each student will have to work independently on a business plan and defend it

front of the lecturer and his colleagues.

METHOD OF ASSESSMENT: Continuous assessment, formed from a written examination-test

at the end of the semester (total 50%), analysis of case study and evaluation of the work during the

tutorials (total 10%), development, presentation and defence of a part of a business plan (total 40%).

INSTRUCTIONAL LANGUAGE: Bulgarian.

BIBLIOGRAPHY: 1. Тодоров, К. (2011). Бизнес предприемачество - част I: Основи, създаване на нов бизнес, БАРМП

2. Тодоров, К. (2011). Бизнес предприемачество - част II: Управление, растеж, бизнес практики,

БАРМП

3. Bessant, J., Tidd, J. (2011) Innovation and Entrepreneurship. John Wiley and Sons.

4. Evers, N., Cunningham, J., Hoholm, Th. (2014) Technology Entrepreneurship: Bringing Innovation to

the Marketplace. The Palgrave Macmillan.

5. Gillin, L., Burshtein, S., Spinelli S. (2010) New Venture Creation: Entrepreneurship for the 21 Century:

A Pacific Rim Perspective. McGraw-Hill Education

6. Hatten, T. (2011) Small Business Management: Entrepreneurship and Beyond. South-Western Cengage

Learning.

7. Kuratko D.F. (2013) Entrepreneurship: Theory Process Practice. 9th Edition. South-Western Cengage

Learning.

8. Shelton, B. (2014) The Secrets to Writing a Successful Business Plan. Summit Valley Presss.



Name of the course:

Sales Management


Type of teaching:

Lectures and seminars

Lessons per week:

L – 3 hours,

SW – 2 hours


LECTURER: Dr. eng. Rositsa Nakova (FM) - tel.: 9652724, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Elective discipline for students in "Industrial

Management" of the Faculty of Economics, TU, "Bachelor" degree.

AIMS AND OBJECTIVES OF THE COURSE: Sales Management is an elective course of study

of the Bachelor program "Industrial Management". The course provides students with fundamental

theoretical knowledge and practical skills in sales management at various management levels of

enterprises from all sectors of the national economy. In theoretical aspects fundamental issues are

considered, related to individual types of sales, with their management, including forecasting and

planning of sales processes of opening and closing of the sales process and more

DESCRIPTION OF THE COURSE:. It systematizes students' knowledge of sales management,

but also creates and develops their practical skills, which is a prerequisite for their future realization

as heads of sales departments in SME.

PREREQUISTES: Management marketing, Management, Marketing etc.

TEACHING METHOODS: Lectures are supported by multimedia content.




BIBLIOGRAPHY: 1.КОСТОВА, С., ПЕТРОВ С.,Продаване и управление на продажбите,

издателство Тракия-м, софия-2006; 2. ФОРЪН Мак, Д.,Продажбите и уменията да се продава,

С., Информа, София 2015г;3.САВАШ Й.,Учебник по управление на продажбите - УИ "Св.

св. Кирил и Методий" Велико Търново, 2013.,4.CALVIN R, Sales Management, McGraw-Hill

Companies, 2014;5.MATTHEW S,Fundamentals of Sales Management for the Newly Appointed

Sales Manager, Paperback – February 24, 2014;6.ROSANN Spiro, William J. Stanton.,

Management of a Sales Force., Irwin/McGraw-Hill,2007.,MATTHEW S.,Fundamentals of Sales

Management for the Newly Appointed Sales Manager, Paperback – February 24, 2015.



Name of the course:

Design and Ergonomics

Code: BIM 52.4

Semester: 8

Type of teaching:

Lectures and Seminars

Lessons per week:

L – 3 hours,

S –2 hours


Lecturers:

Assoc. Prof. Ph.D. Tatyana Lefterova (FM), tel.: 965 3733, e-mail: [email protected]


COURSE STATUS IN THE CURRICULUM: Elective for students, specialty Industrial

Management, Bachelor degree.

AIMS AND OBJECTIVES OF THE COURSE: The main aim of the course of ergonomics and

design is to give the students in Industrial Management the basic knowledge about principles and

standards, defined as “human factors”, during the process of product and work places development,

with care to their optimal functioning.

DESCRIPTION OF THE COURSE: The main topics: Adaptation of the design process of the

system “human-machine-environment” and their elements with the anthropometric human

characteristics; Work physiology requirements: performance, fatigue, rehabilitation, work-break

rules, physical and neuro-psychic stress, evaluation criteria; Ergonomic requirements about the

equipment and layout of the work place; Work environment - hygienic factors; Design of

ergonomic illumination of the work place; Functional evaluation of industrial interior. Information

characteristics of the colors; Dust and harms in the air; Noise and vibrations; Ergonomic evaluation

of the system “human-machine-environment”; Main directions in the ergonomic design.

PREREQUISITES: Material Science Production and Industrial Engineering, Human Resource

Management etc.

TEACHING METHODS: Lectures and seminars, including specific problems to be solved.

METHOD OF ASSESSMENT: running assessment, one control assessment during the semester,

course work – paper and defence.


BIBLIOGRAPHY: Момов.А. Дизайн и ергономия. Изд. 2010 г. Издателски комплекс ТУ

София; 2. Lange W. Kleine ergonomische Datensamlung. TŰV Reinland, Kin.2011.; 3. Parson M.

Man-Machine Sistem Experiments. J.Hopkins Press, Baltimore, 1996.; 4. Schmidke, H.. Lehrbuch

der Ergonomie. Hanser Verlag. Wien, 1995.; 5.Werner, U.. Enviromental Ergonomics. Schalker

Verlag GMBH 2000: 6.Woodson W. L’adaption de la machine a l’homme . Europa Press, Paris

2012.



Name of the course:

Experts Methods in

Management

Code: BBA 52.5 Semester: 8

Type of teaching:

Lectures and seminars work

Lessons per week:

L – 3 hours and

SW – 2 hours

Number of credit: 4

LECTURER: Assoc. Prof. Gergana Hristova, PhD (FM), tel.: 965 22 59, e-mail: [email protected]


COURSE STATUS IN THE CURRICULUM: Compulsory course of studies for the students

from “Industrial Management” Speciality of the Faculty of Management, TU – Sofia, Bachelor’s

degree.

AIMS AND OBJECTIVES OF THE COURSE: The course “Management Expert Methods” has

the objective to give students of the educational degree bachelor knowledge concerning the expert

methods and their application in the management of the economic activity.

DESCRIPTION OF THE COURSE: The educational knowledge comprises the issues regarding

the choice of experts and creation of expert groups, the essence and application of different methods

for individual and group evaluation. The emphasis is on the method of complex evaluation by

commensurability of quantitative and qualitative characteristics that conclude the advantages of

binary comparisons and ranging.

PREREQUISTES: The knowledge gained from Economic – Manager’s subjects following the

curriculum.

TEACHING METHOODS: The lectures comprise theoretical material and discussion with the

students on topics brought forward by them and using of examples of the managerial practice of the

business organizations. The lectures are illustrated by slides. There are discussions based on

practical cases in seminar works

METHOD OF ASSESSMENT: A written exam (written test) during the session.


BIBLIOGRAPHY: 1. Ганчев, П., Експертни методи в управлението, УИ на ТУ-София, 2012;

2. Ганчев, П. А., Метод за комплексна оценка чрез съизмерване на количествени и

качествени характеристики, научно-технически сборник Технология на машиностроенето,

ЦМИ, С., 1978; 3. Ганчев, П., Експертни решения за технологични инвестиции, VІ-та

международна научно-техническа конференция по напредничави производствени операции –

АМО, Вн., 21-23 юни 2001; 4. Skinner, D., Introduction to Decision Analysis, Probabilistic

Publishing; Third edition, 2009; 5. Charlesworth, D., Decision Analysis for Managers (The

Quantitative Approaches to Decision-Making Collection), Business Expert Press; Pro edition, 2013.



Name of the course:

Assembling Technique Mounting. Testing

and Reliability in Electronic Production

Code: BIM53.1

Semester: 8

Type of teaching:


Lessons per week:

L – 3 hours,

LW –2 hours


LECTURERS:

Prof. Dr Anna Soynova (FEET) – tel.: 965 3263, email: [email protected]

Assoc. Prof. Dr Valentin Videkov (FEET) - tel.: 965 3075, email: [email protected]


COURSE STATUS IN THE CURRICULUM: The course is optional for the full-time bachelor

degree students in “Industrial management”, Faculty of Management, TU-Sofia.

COURSE OBJECTIVES: The course will provide the students knowledge about assembly

processes of electronic products and their reliability. This knowledge will allow them to estimate the

influence of mounting in the electronics manufacture.

COURSE DESCRIPTION: The installation equipment of electronic assemblies and electronic

components and the guidelines for reducing dimensions of the devices are taken into account. The

main characteristics of the assembly machines, the production lines and tools are given. The heat

transfer and the electromagnetic compatibilities influence on the reliability of assembled electronic

devices are discussed. The measures ensuring high reliability are presented. The organization and

control during assembly are considered.

PREREQUISITES: Basic knowledge in physics, electrical circuits and electronics, technology in electrical engineering and PC knowledge are required.

TEACHING METHODS: Lectures, using slides and demo programs applications are used. Tasks

for independent work are assigned.

METHOD OF ASSESSMENT: Presentation of laboratory work reports and written examination at the end of 8th semester.


BIBLIOGRAPHY:1. Journal SMT - www.smtmag.com; 2. Newnes Electronics Assembly Pocket

Book, Edited by:K. Brindley, Elsevier, 2015; 3. Requirements for a COTS Assembly Management

Plan, 2011, ANSI/GEIA 933-A; 4. Henry Ott, Electromagnetic Compatibility Engineering, WILEY,

2012; 5. Gordon Ellison, Thermal Computations for Electronics: Conductive, Radiative, and

Convective Air Cooling, CRC Press, 2010.




Name of the course:

Renewable Energy Sources


Type of teaching:

Lectures and laboratory works

Lessons per week:

L – 3 hours,

LW – 2 hours


LECTURERS:

Assoc. Prof. Dr. Zahari Zarkov, tel.: +359 2 9652461, e-mail: [email protected],


Prof. Dr. Vladimir Lazarov, tel.: +359 2 9652459, e-mail: [email protected],


COURSE STATUS IN THE CURRICULUM: Eligible course for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: The main aim of the course is to provide the

students with interdisciplinary knowledge on the problems of the ecology and the renewable energy

sources. On completion of the course the students are expected to have basic knowledge on: the

main problems arising from energy production from the traditional sources; the different types of

renewable energy sources and theirs advantages over the traditional ones; the methods for

production of energy from the non-traditional sources, the applied energy converters, advantages

and drawbacks, contemporary state and tendencies in their utilization.

DESCRIPTION OF THE COURSE: Introductions to the fundamentals of environment

protection, energy resources and renewable energy resources; financial and social aspects of

renewable energy sources exploitation. The students are provided with information about:

atmospheric circulation, wind, wind- and water turbines, solar energy conversion, energy

production from biomasses and geothermal sources. The emphasis is given to the basic principles

and characteristics of the different types of non-traditional energy sources and to the social and

economic problems.

PREREQUISITES: Basic knowledge in Physics, Chemistry, Electrical Engineering and

Electronics, Electrical processes and apparatus etc.


discussions. Laboratory works with the aid of manuals. Students should write laboratory reports for

each laboratory work to be recognized.

METHOD OF ASSESSMENT: Written exam in the end of semester – 80%,

laboratory work – 20%. Continuous assessment is used during the laboratory exercises.


BIBLIOGRAPHY: 1. ЛАЗАРОВ, В., З. ЗАРКОВ, Л. СТОЯНОВ. Възобновяеми енергийни

източници и електрически генератори. София, Авангард Прима, 2015; 2. МАСЛАРОВ, И., Й.

ШОПОВ. Индустриални технологии. София, Авангард Прима, 2012; 3. ЛАЗАРОВ, В., З.

ЗАРКОВ, Л. СТОЯНОВ. Екология и възобновяеми източници на енергия. Ръководство за

лабораторни упражнения. София, Авангард Прима, 2013; 4. GUERRERO-LEMUS, R., J.M.

MARTINEZ-DUART. Renewable Energies and CO2. Springer, 2013; 5. ANDERSEN, O.

Unintended Consequences of Renewable Energy. Springer, 2013.


Name of the course:

Global Telecommunications


Type of teaching:


Lessons per week:

L – 3 hours,

LW – 2 hours


LECTURER:

Prof. Dr. eng. Lidia Jordanova (FTC) - tel.: 965 3277, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Eligible engineering discipline for the students of

Faculty of Management – TU-Sofia, specialty “Industrial Management”, Bachelor Degree

AIMS AND OBJECTIVES OF THE COURSE: Global Telecommunications (GTK) course is

aimed at giving students knowledge for the contemporary communication systems, providing:

global radio and TV broadcasting, Video on Demand, global computer network (Internet) access.

DESCRIPTION OF THE COURSE: The main topics concern: Design principles of the satellite

TV systems and methods for signal processing; Satellite antennas; Low noise converters; Satellite

receivers; Cable multimedia network architectures; Head-end and cable modem terminal system;

Passive components of cable distribution network (splitters, taps, slope control filters, variable

attenuator, diplexers); Cable amplifiers; Fiber optical trunk lines; Optical transmitters and receivers.

Knowledge obtained from lectures is assimilated and increased by laboratory work.

PREREQUISTES: „Physic”, Electrical Engineering and Electronics - I-, II- part”, Fundamentals

of Telecommunications”.

TEACHING METHODS: Lectures are supported by multimedia. Laboratory exercises are

performed under the guidance of an assistant professor. The students should compile protocols as a

result of their activities during the exercises.




BIBLIOGRAPHY: 1. ЙОРДАНОВА Л, Глобални телекомуникации, ТУ-София, 2015; 2.

МИРЧЕВ, С., Л. ЙОРДАНОВА, Основи на телекомуникациите – Принципи, системи и

устройства, ТУ-София, 2014; 3. FISHER W., Digital Video and Audio Broadcasting Technology,

Springer, 2012; 4. RODDY D., Satellite Communications. McGraw-Hill, 2011; 5. CICIORA W.,

J. FARMER, D. LARGE, M. ADAMS, Modern Cable Television Technology, Elsevier, 2014.



Name of the course:

Manufacturing Technology

Modeling


Type of teaching:


Lessons per week:

L – 3 hours,

LW – 2 hours


LECTURER: Assoc. Prof. Dr. eng. Nikolay Hinov (FEET) - tel.: 9652569, email: [email protected]




AIMS AND OBJECTIVES OF THE COURSE: The primary of the course is to give to the

students knowledge about models and there using in machine manufacturing for minimum price of

the products, especially for manufacturing propose by using CNC and DNC technology.

DESCRIPTION OF THE COURSE: The course looks at physical, mathematics, statistics and

simulates models and there using in machine manufacturing. There is a discuss about using the

models for manufacturing propose by using CNC and DNC technology.

PREREQUISTES: Students need knowledge about manufacturing technologies, mathematics,

quantitative methods and statistics, programming, materials and mathematical modeling etc.

TEACHING METHOODS: Lectures, tutorials, group workshop, laboratory works and individual

works.

METHOD OF ASSESSMENT: Written exam in the end of semester – 60%, laboratory work –

25%, students’ performance during the semester – 15%.


BIBLIOGRAPHY: 1. RAO R. V., Advanced Modeling and Optimization of Manufacturing

Processes - Advanced Modeling and Optimization of Manufacturing Processes, Springer, 2015,

ISBN 978-0-85729-014-4; 2. KLOCKE, F., Manufacturing Processes 1, Springer, 2011, ISBN 978-

3-642-11978-1; 3. KLOCKE, F., Manufacturing Processes 2, Springer, 2009, ISBN 978-3-540-

92258-2; 4. TOLIO T., Design of Flexible Production Systems - Methodologies and Tools,

Springer, 2009, ISBN 978-3-540-85413-5; 5. CHRYSSOLOURIS G., Manufacturing Systems:

Theory and Practice, Springer, 2006, ISBN: 978-0-387-25683-2; 6. ДИКОВ А.А. и др., Размерен

анализ в процеса на създаване на машините, ЦМИ, С, 1984. 7. ПЕТРОВА Й.Т., Технология на

автоматизираното производство, ТУ, С., 1983. 8. ПАШОВ С.К., П. И. ХАДЖИЙСКИ,

Технология на машиностроенето, част II, София, 2000. 9. АКОПОВ А. С., Имитационное

моделирование, Юрайт, Москва, 2014, ISBN 978-5-9916-4186-9. 10. ЯБЛОЧНИКОВ Е. И., Д.

Д. КУЛИКОВ, В.И. МОЛОЧНИК, Моделирование приборов, систем и производственных

процессов, Санкт-Петербургский государственный университет информационных

технологий, механики и оптики, 2008.



Name of the course:

Computer Technologies


Type of teaching:


Lessons per week:

L – 2 hours,

LW – 1 hour


LECTURER: Assoc Prof. PhD Eng. Georgi Popov (FCSC) - tel.: 965 2224, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Elective engineering discipline for the students of

Faculty of Management – TU-Sofia, specialty “Industrial Management”, Bachelor Degree.

AIMS AND OBJECTIVES OF THE COURSE: Course in “Computer Technologies” is designed

to teach the basic concepts of modern computer technologies in area of the automation of industrial

process, and in its organization and management. At the end of this course the student will be able

to perform computer modeling of different processes and on this basis they can optimize the

manufacturing process.

DESCRIPTION OF THE COURSE: “Computer Technologies” course is an elective engineering


TU-Sofia. There are discussed topics, associated with the system and application software of

modern computer systems. Here is described the technology of computer modeling and its

application for solving a number of business tasks considered are automated office systems and

computer applications.

PREREQUISTES: Computer Systems, Computer Architecture, Computer Networks etc.

TEACHING METHOODS: Lectures are supported by multimedia. The laboratory exercises

provide work with simulators and software programs for tasks to assess the computer systems

performance and results analysis.


performance during the semester at the labs – 20%, students’ performance during the lecture time –

10%.


BIBLIOGRAPHY: 1. Романски, Р. Компютърни технологии (учебник). ТУ, София, 2015. 2.

Боровска, Компютърни системи, София, Сиела, 2009, 3. Nakov O., Trionov R., Popov G.,

Computer security (учебник), Sofia, 2012., 4.Николов Л., Г.Попов, Проектиране на компютри.

Ръководство, ТУ – София, 1994., 5. Mюлер Скот, Компютърна енциклопедия, 1,2 и 3–та част,

Софтпрес, София, 2002., 6. www.minutemansotfware.com


http://www.minutemansotfware.com/


Name of the course:

Optimization in Electric Power

Sector


Type of teaching:

Lectures and laboratory works

Lessons per week:

L – 3 h, LW – 2 h.


LECTURER: Assoc. Prof. Dr. Dimo Stoilov (FEE), tel.: 965 2103, email: [email protected],


COURSE STATUS IN THE CURRICULUM: Eligible for the students in Bachelor programme

in Industrial Management.

AIMS AND OBJECTIVES OF THE COURSE: To present the optimization methods in use for

electric power system, where the particularities, requirements and management are very specific

and require big investments in long terms.

DESCRIPTION OF THE COURSE: The discipline deals with the optimization methods and

their application in the Electric Power Systems (EPS). The main domains of planning and

functioning of EPS have their specifics, i.e. the planning in generation part and in network part

differ. Thus the problems considered and the methods in use are different. Other EPS areas,

concerning the optimization, are: the planning of the construction of utilities, the optimal balances

of electric energy, EPS functioning optimization. In the new conditions of increasing utilization of

renewable energy sources, liberalization and privatization, a lot of new problems arise, the objective

functions change, the methods in use vary. All of these is considered in the course.

PREREQUISTES: Basic knowledge of Power Systems, Mathematics and Economics.

TEACHING METHOODS: Lectures in the form of multimedia presentations, laboratory works

for problem solving, class discussions. Software packages are used to demonstrate different

problems and optimization techniques.

METHOD OF ASSESSMENT: Written exam during the examination session contributes to 80%

of the final mark. Laboratory works, independency, attendance – 20%.


BIBLIOGRAPHY: 1. Kaneva-Tzocheva M., Optimization of Electric Power Systems, Sofia,

Avangard Prima, 2015 (in Bulgarian); 2. Baldick Ross, Applied Optimization: Formulation and

Algorithms for Engineering Systems, Cambridge University Press 2006; 3. Momoh, James A.,

Electric Power System Applications of Optimization, Second Edition, Willis, 2008; 4. Stoilov D.,

Ianev K., Power Systems Operation, TU-Sofia, 2011 (in Bulgarian); 5. Hadjsaid N., Sabonnadiere J.

C., Smart Grids, Wiley-ISTE, 2012, p. 350, ISBN: 978-1-84821-261-9; 6. Под редакцией В. М.

Горнщейна, Методы оптимизации режимов энергосистем, М. Энергоиздат, 1981. 7. Stoilov

D., Analysis of the electric power market in Bulgaria, TU-Sofia, 2013, p. 100 (in Bulgarian).



Name of the course:

Textile and Clothing Design


Type of teaching:


Lessons per week:

L – 3 hours,

LW – 2 hours


LECTURER: Assoc. Prof. Dr. Eng. Radka Atanasova (FPEPM) - tel.: 9653647, email: [email protected]


COURSE STATUS IN THE CURRICULUM: Compulsory elective for the students of Faculty of


AIMS AND OBJECTIVES OF THE COURSE: Textile and Clothing Design (TCD) course is

aimed at giving students knowledge for the need theoretical, professional and creative knowledge in

using advanced methods for designing knitted and woven fabrics, and for fashion design.

DESCRIPTION OF THE COURSE: Textile and Clothing Design course is an engineering


TU-Sofia. In the course, issues are covered that concern up-to-date problems of the design, the

structures and forms from a compositional point of view, the color drawings in creating fabrics for

clothes and interior textiles, and fashion illustration. The students train to work with different

textures, forms; to visualize their creative ideas by using the basic principles of the design,

depending on the color, the ornament, the characteristics of the textile fabrics and the technologies

for their production; to create design projects of fabric collections, knitted fabrics and garments in

accordance with the new fashion trends; to make an well-grounded selection of the textile materials

for an apparel collection according to the type of products, apparel style and season, purpose, target

group. The students acquire the necessary theoretical, professional and creative knowledge for

successful realization as managers in the textile and apparel industry.

PREREQUISTES: Information Technologies, Industrial and Production Engineering, Production

Technologies, Machinery and Technology of Textiles and Clothing etc.

TEACHING METHOODS: Lectures are supported by multimedia, laboratory work with practical

tasks from textile and fashion design, class discussions. Software packages are used to demonstrate

TFD methods and techniques. During the semester, a scholary paper is to be developed, and

defended in the end of the semester.




BIBLIOGRAPHY: 1. АТАНАСОВА, Р. П., Курс лекции по “Дизайн на текстила и

облеклото” пред студентите от специалност “Индустриален мениджмънт” при ТУ – София,

2015. 2. ДИМИТРОВА-ПОПСКА, П., Дизайн на текстил и облекло, ISBN: 954-03-0578-0,

Техника, София, 2014. 3. ABLING, B., Fashion Sketchbook, 6th edition, 496 p.,ISBN:

9781609012281, Fairchild Books, Canada, 2012. 4. BURKE, S., Fashion Computing: Design

Techniques and CAD, ISBN: 978-0-9582391-3-4, Burke publishing, Hong Kong, 2011. 5. DRUDI,

E., PACI, T., Figurines de Mode et Stylisme, Pepinpress, 2012.


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