Name of the course
Mathematics – part III
Type of teaching:
Lectures and
Tutorials
DESCRIPTION OF THE COURSE
Code: FBЕE17
Semester: 3
Lessons per week:
L – 2 hours;
T– 2 hours
Number of credits: 7
LECTURER:
Assoc. Prof. Ph.D. L. Garnevska (FAMI) – tel.: 9652496, email: lvg@tu-sofia.bg
Assoc. Prof. Ph.D. D.Marinova (FAMI) – tel.: 965 2378, email: dmarinova@dir.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM: Compulsory for the students from specialty
direction “Еlectrical Sciences” of Technical University of Sofia, bachelor degree.
AIMS AND OBJECTIVES OF THE COURSE: At the end of the course the students are expected
to be able to work with function of a complex variable, to apply the methods of the operational
calculus for certain class problems in ordinary differential equations, to work with basic concepts of
the field theory, to solve problems from the following fields: Equations of the Mathematical physics,
Operational calculus, Probability theory, Mathematical statistics.
DESCRIPTION OF THE COURSE: The main topics concern: Elements of Field theory; Function
of a complex variable, Equations of the Mathematical physics, Operational calculus, Probability
theory, Mathematical statistics.
PREREQUISITES: Mathematics part 1 and Mathematics part 2 (Differential and integral calculus
of function of single and multiple real variables, Linear algebra, Analytical geometry, Ordinary
differential equations).
TEACHING METHODS: Traditional lectures and tutorials.
METHOD OF ASSESSMENT: Two tests at the middle and the end of the term (20%) and written
exam during the session (80%).
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY:
1. L. Garnevska, R. Petrova, J. Paneva-Konovska, Complex numbers, Function of a complex
variable (Lectures and exercises), ДЕЛИКОМ, 2004, Sofia.(Bulgarian)
2. L. Garnevska, Fourier series. Fourier integral. Fourier transformation. Equations of the
Mathematical physics, РОМИНА, 2007, Sofia. (Bulgarian)
3. L.Boiadjiev, O.Kamenov, Higher mathematics 4, CIELA, Sofia, 2002 (Bulgarian)
4. Hr. Karapenev, Probability theory and Mathematical statistics, TU-Sofia,1997. (Bulgarian)
5. FAMI collective, Selected mathematical chapters, Modulus V, TU-Sofia,1993 (Bulgarian)
6. Marinov M.S., Analytical functions. Fourier series. Integral transformations, CIELA, Sofia,
1998. (Bulgarian)
7. L. Boiadjiev, M. Todorov, Multiple, curved and surface integrals, TU-Sofia, 1992.
(Bulgarian)
8. Prodanova K., Lectures Notices in Statistics, TU-Sofia, 2008.
DESCRIPTION OF THE COURSE
Name of the course:
Code: FBEE18
Semester: 3
Theory of Electrical Engineering I
Type of teaching:
Lessons per week:
Number of credits:7
Lectures, tutorials and laboratory work
L-2 hours, Tut-2 hours,
LW-1 hour
LECTURER:
Assoc. Prof. Ph.D. Valeri Mladenov (FA), tel.:965 2386, еmail: valerim@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM:
The course is compulsory for full-time and part-time students for receiving the B.Sc. degree in
Electrical Engineering and Electrical Power Generation and Electrical Equipment in Faculty
of Electrical Engineering, Technical University of Sofia.
AIMS OF THE COURSE:
Aims are to introduce students the basic approaches for description the processes in linear DC and
AC circuits and basic methods for analysis of linear DC and AC electrical and magnetic circuits.
DESCRIPTION OF THE COURSE:
The first part of the course includes: basic notions and laws for linear DC and AC electrical and
magnetic circuits; equivalent transformations of passive and active circuits; methods and theorems
for circuit analysis; resonance phenomena; mutual inductance circuits; periodical non-sine waveform
analysis; three-phase balanced circuits, analysis of three-phase circuits with static load.
PREREQUISITES: Basic knowledge in Mathematics I and II and General Physics I and II.
TEACHING METHODS:
Lectures, group seminars, laboratory practice with laboratory sets and appropriate measuring
instruments. Written laboratory practice reports are required from students that are checked by the
teacher. A course project with PSpice is included also. Each student has to prepare a course project
assignment using a PC in the PSpice environment.
METHOD OF ASSESSMENT:
Test paper during the tutorials; defending the course project assignemt and laboratory practice
reports. А written examination at the and of the third semester. The criteria for evaluation of the
written examination is given at the department information board.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: 1. Brandisky K., J.Georgiev, V.Mladenov and R.Stancheva, Textbook on
Theoretical Electrical Engineering, part I. KING, Sofia.2004, ISBN 954-9518-28-0 (in Bulgarian);
2. Brandisky K.,J.Georgiev, V.Mladenov and R.Stancheva, Textbook on Theoretical Electrical
Engineering, part II, KING, Sofia, 2005, ISBN 954-9518-29-9 (in Bulgarian); 3. Brandisky K. and
others, Seminar’s Handbook of Theoretical Electrical Engineering, part I, KING, Sofia.2004, ISBN
954-9518-26-4 (in Bulgarian); 4. Brandisky K.and others, Seminar’s Handbook of Theoretical
Electrical Engineering, part II, KING, Sofia.2004, ISBN 954-9518-27-2 (in Bulgarian); 5.
Brandisky K. and others, Laboratory Handbook of Theoretical Electrical Engineering, KING, Sofia
2007, 2010, ISBN 954-9518-24-8 (in Bulgarian); 6. Brandisky K., V. Mladenov, K. Stanchev,
Handbook for solving problems in Theoretical Electrical Engineering using PSPICE, Siela, Sofia,
2002 (in Bulgarian); 7. Brandisky K. and others ,CAD systems in Electrical Engineering, Siela,
Sofia, 2002 (in Bulgarian).
DESCRIPTION OF THE COURSE
Code: FBEE19
Semester: 3
Name of the course:
Technical Safety
Type of teaching:
Lessons per week:
Number of credits: 4
Lectures and laboratory work
L – 2 hours; LW – 1 hour
LECTURER:
Assoc. Prof. Ph.D. Ivan Ivanov (FEE), tel.: 965 2043, email: ivec@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM: Obligatory for the students specialities “Electrical
Power and Electrical Equipment” and “Electrical Engineering” – bachelor degree (Electrical
Faculty of TU-Sofia).
AIMS OF THE COURSE: The aim of the course is to teach the students with the engineering and
devices for the ensuring of the labor safety, whish are necessary for the future practical of the
students as specialists on design and operation of electrical power plants, networks and systems, by
the electrical supplying and equipment of the enterprises, by the construction of the electrical
machinery, apparatus and other electrical devices.
DESIRIPTION OF THE COURSE: The course discuses the problems concerning to dangerous
and injurious to health factors of the labor places, the analysis and premises for electrical accidents,
technical methods and devices for electrical safety. Electromagnetic fields are characterized as
factors of the labor and environment. There is also range over the questions on static and
atmospheric electricity, microclimate, lighting, noise, vibrations, harmful substances in the labor
and ambient air, standards and law in the area of the technical safety, etc.
PREREQUISITES: There are necessary general knowledge on the electrical engineering,
electrical networks and systems, electrical measurements, of the requirements for operation of the
electrical machinery and apparatus, electrical power plants, etc.
TEACHING METHODS: Lectures with using of slides and multimedia projector. Topical
governance for access to web-sites and other sources of specializing information, as basis for
discussions and analysis’s inside and outside of the auditory. Labor exercises for run to applicable
character though analyses, checking of the efficiency of the protections, measurements of various
factors, etc. The exercises are carried out accordance with the guidebook for exercises and with
preparation of reports with the results from the exercises.
METHOD OF ASSESSMENT: Evaluation of the labor work and labor reports (20 %), written
examination on combinations of questions (80 %)
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY:
1. Иванов И. и др. Техническа безопасност, С. ИК „Кинг”, 2011; 2.Вълчев М., Охрана на
труда, С., Техника, 1990; 3. Вълчев М., Иванов И. Охрана на труда и околната среда .С.,
Техника, 1984; 4. Долин П.А., Основы техники безопасности в электрических установках,
Энергоатомиздат, М., 1984; 5. Анев Г. и др., Вредни действия на електричеството и защита
от тях, Техника, С., 1987; 6. Cooper W., Electrical Safety Engineering. N-Bu Herworths, 1979; 7.
Hofheinz W., Schutztechnik mit Isolazionsueberwachung, Berlin, 1993; 8. Иванов И.,
Ръководство за упражнения по техническа безопасност, Акад.изд.-София, 2009.
DESCRIPTION OF THE COURSE
Number FBEE20
Semester: 3
Name of the course
Semiconductor electronics
Type of teaching:
Lectures and laboratory work
Lessons per week:
L – 3 hours; LW – 2 hours
Number of credits: 7
LECTURER:
Assoc. Prof. Ph.D. E. Popov (FEET) – tel.965 2642; email: epopov@tu-sofia.bg,
Assoc. Prof. Ph.D. K. Denishev; ; email: khd@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM: Compulsory for the students from direction
Electrical Technique and Automatics, Faculty of Electrical Engineering and Faculty of Automatics,
B. Eng. program, Technical University of Sofia.
AIMS AND OBJECTIVES OF THE COURSE: The aims and objectives of the course
“Semiconductor electronics” is to teach students on the contemporary electronic devices, the
principle of operation, main relationships, characteristics and applications of the linear and pulse
circuits for signal processing in electronic systems, on the units for electrical energy conversion –
rectifiers, line – commutated and autonomous inverters, d.c. and a.c. regulators and stabilizers.
DESCRIPTION OF THE COURSE: The main topics are related to contemporary electronic
devices, the principle of operation, main relationships, characteristics and applications of the linear
and pulse circuits for signal processing in electronic systems, on the units for electrical energy
conversion – rectifiers, line – commutated and autonomous inverters, d.c. and a.c. regulators and
stabilizers.
PREREQUISITES: Knowledge on Mathematics, Physics and Theory of Electrical Engineering is
necessary.
TEACHING METHODS: Lectures using demonstrative materials. Laboratory assignments on
laboratory manuals and protocols made by the students and checked by the university teacher.
METHOD OF ASSESSMENT: Written exam at the end of semester 3.
INSTRUCTION LANGUAGE: Bulgarian.
BIBLIOGRAPHY: Popov E.I., Hinov N.L. “Semiconductor electronics” Publishing house of the
Technical University – Sofia, 2009; Hristov M. Vasileva T. Manolov E. “Semiconductor devices”
New knowledge, Sofia, 2007;Nachev N.A., Krustev G.G., Gradinarov N.P., Popov E.I., Antchev
M.Hr. “Industrial electronics” Publishing house of the Technical University – Sofia, 1994, 1999;;
Gradinarov N.P., Popov E.I., Antchev M.Hr., Hinov N.L. “Laboratory assignments manual on
Electronics” Publishing house of the Technical University – Sofia, 2004; Tsanov M., Koparanov F.,
Furnadzhiev I. “Laboratory assignments manual on Semiconductor Devices” New knowledge,
Sofia, 2008.
DESCRIPTION OF THE COURSE
Code: FBEE21
Semester: 3
Name of course
Economics(Microeconomics,
macroeconomics)
Method of teaching:
Lessons per week:
Lectures and seminary work
L –2 hours; LW – 1 hour
Number of credits: 5
LECTURER:
Assoc. Prof. Ph.D. I. Iliev (FM) , tel.:9653191, email: ivil@tu-sofia.bg
Assoc. Prof. Ph.D. C.Laleva (FM) , tel.:9653413, email: laleva@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM: Compulsory (optional) for the students degree
course in “Electrical and Automation” of the Faculty of Electrical Engineering at the TU – Sofia,
educational-qualification “bachelor”.
AIMS AND OBJECTIVES OF THE COURSE: The aim of the economics education is the
students to receive a fundamental knowledge in the theory of micro and macroeconomics, allowing
them as experts engineers to implement their skills better in the market economy, knowing the laws
and objective laws as well as the rules of the economics game, so that they could realize their skills
as specialists in Mechanical Engineering
DESCRIPTION OF THE COURSE : This is a basic economics course, which is being studied at
all of the universities in Western Europe. It reveals the principles, the objective laws and
functioning mechanisms of the markets for goods, services, labour and capitals. The economic part
of the body politic as an economic subject is being derived. In this reference the tax system of the
economy is being analyzed. The course introduces a macroeconomic model of a stable and dynamic
development. It pays attention to the monetary-bank system, including the functioning of the
monetary council as an instrument for financial discipline. It examines the macroeconomic policy,
regarding the unemployment, inflation, economic integration, and so on.
PREREQUISITES: A knowledge in economics and is required.
TEACHING METHODS: Lectures, tutorials, group seminars or workshop, laboratory work,
course work tests, projects, other methods.
METHOD OF ASSESSMENT: Two one-hour assessments at mid and end of semester (80%),
laboratory work (20%). The exam includes individual tasks, consisting of theoretical questions,
tests and problems.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: 1. ECONOMICS. Paul A. Samuelson, William D.Nordhaus,Mc-GRAWHILL,12 EDITION1985;2. Economics, Iliev Iv. Colege of telecommunications and poste, 2008.
3.Robert E.Hall, John B.Taylor MACROECONOMICS second edition W.W. NORTON&
COMPANY.
NEW YORK .LONDON 1988 ;3. Economics David N.Hyman North Carolina
State University 1989 IRWIN
Name of the course
Physical education
Type of teaching:
Seminars and workshops
CHARACTERISTICS OF THE COURSE
Code: FBEE07, FBEE16 FBEE23,
Semester: – І, ІІ, ІІІ, ІV
BEPP30
Lessons per week:
Number of credits
SEM.: І, ІІ, ІІІ – 3 hours
0, 0, 0, 0
SEM – ІV - 4 hours
TEACHERS: Prof. Ivan Jordanov Bozov, Senior Lecturer Ivan Petrov Venkov;
Senior Lecturer Valeri Georgiev Peltekov, Senior Lecturer Rositsa Yanakieva Kovachki; Senior
Lecturer Rumyana Nikolova Vetova, Senior Lecturer Ivan Stoyanov Ivanov; Senior Lecturer
Konstantin Petrov Konstantinov, Senior Lecturer Emil Slavi Kolchev, Senior Lecturer Alexander
Alexandrov Alexandrov; Senior Lecturer Asya Krasteva Tsarova - Vassileva; Lecturer Krassimira
Stoyanova Ivanova; Lecturer Todor Stefanov Ivanov, Lecturer Georgi Dimitrov Palazov, Senior
Lecturer Sonia Danailova Simova-Paspalanova;
Senior Lecturer Rumyana Georgieva Tasheva, Senior Lecturer Mariana Vladimirova Andreeva,
Senior Lecturer Ivan Dimitrov Stefanov, Senior Lecturer Plamen Antonov Antonov, Senior
Lecturer Petar Stefanov Nikolov, Senior Lecturer Velizar Vaskov Lozanov, Senior Lecturer Ivan
Georgiev Ivanov; Senior Lecturer Georgi Nikolov Stoychev, Senior Lecturer Georgi Petrov
Vassilev, Senior Lecturer Kapka Konstantinova Vassileva, Senior Lecturer Petya Yordanova
Arbova; Lecturer Milena Milkova Lazarova; Lecturer Valentine Valentinov Velev, Lecturer
Dimitar Ivanov Dimov
Technical University - Sofia, DFVS, Section of Individual Sports and Games Sports and
Section of Water and mountain sports"
COURSE STATUS IN THE CURRICULUM: Compulsory discipline for the full-time students of
all specialties of FE of TU- Sofia required for obtaining a Bachelor’s Degree.
AIMS AND OBJECTIVES OF THE COURSE: The purpose of teaching physical education is
through the methods and means of physical education to increase physical activity of students.
Additional sporting skills of the respective sport aim to create lasting habits for individual classes in
physical education. Talented athletes to protect their honor and prestige to TU-Sofia in sports
competitions.
DESCRIPTION OF THE COURSE: Students are trained with a flexible modular system, tailored
to their abilities and desire, the choice of sport. Programs allow to improve the skills of secondary
and primary education in selected sports. Students receive a thorough knowledge of the sport.
Sports Complex TU possible to conduct many types of sports. Along with sports practiced outside
the sports complex, students learn and improve in 20 different sports.
TEACHING METHODS: In structuring the curriculum using practical communicative approach
consistent with the functional and physical abilities of students. The modular principle enables
learning sporting skills in this sport.
METHOD OF ASSESSMENT: Carry out tests of physical ability. Tests for motor skills and
habits in different sports.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: Methodological manuals and regulations in selected sports.
DESCRIPTION OF THE COURSE
Name of the course:
Code: : BEE25 & BEEP25 Semester: 4
Theory of Electrical Engineering II
Type of teaching:
Lessons per week:
Number of credits:7
Lectures, tutorials and laboratory work
L-2 hours, Tut-2 hours,
LW-2 hours
LECTURER:
Assoc. Prof. Ph.D. Ilona Iacheva (FA), tel.:965 3389, еmail: iiach@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM:
The course is compulsory for full-time and part-time students for receiving the B.Sc. degree in
Electrical Engineering and Electrical Power Generation and Electrical Equipment in Faculty of
Electrical Engineering, Technical University - Sofia.
AIMS AND OBJECTIVES OF THE COURSE: Aims are to introduce students to the methods for
descriptions and analysis of unbalanced three-phase circuits, linear distributed parameter’s circuits,
transients in linear circuits, non-linear electric and magnetic circuits and basic questions of
electromagnetic field theory.
DESCRIPTION OF THE COURSE:
The second part of the course includes: basic notions and laws for unbalanced three-phase circuits
using symetrical components, excitation of masgnetic fields by using three-phase systems of currents,
non-sine waveform analysis in three-phase circuits, linear distributed parameter’s circuits, transients,
non-linear electric and magnetic circuits and the bases of electromagnetic field theory-particular
forms of the field, government equations and methods for electromagnetic field analysis.
PREREQUISITES: Basic knowledge in Mathematics I, II and III, General Physics I and II and
Theory of Electrical Engineering I.
TEACHING METHODS: Lectures, group seminars, laboratory practice with laboratory sets and
appropriate measuring instruments. Written laboratory practice reports are required from students that
are checked by the teacher.
METHOD OF ASSESSMENT:
Test paper during the tutorials; defending the laboratory practice reports. А written examination at
the and of the fourth semester. The criteria for evaluation of the written examination is given at the
department information board.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: 1. Brandisky K., J.Georgiev, V.Mladenov and R.Stancheva, Textbook on
Theoretical Electrical Engineering, part I. KING, Sofia.2004, ISBN 954-9518-28-0 (in Bulgarian);
2. Brandisky K.,J.Georgiev, V.Mladenov and R.Stancheva, Textbook on Theoretical Electrical
Engineering, part II, KING, Sofia, 2005, ISBN 954-9518-29-9 (in Bulgarian); 3. Brandisky K. and
others, Seminar’s Handbook of Theoretical Electrical Engineering, part I, KING, Sofia.2004, ISBN
954-9518-26-4 (in Bulgarian); 4. Brandisky K.and others, Seminar’s Handbook of Theoretical
Electrical Engineering, part II, KING, Sofia.2004, ISBN 954-9518-27-2 (in Bulgarian); 5.
Brandisky K. and others, Laboratory Handbook of Theoretical Electrical Engineering, KING, Sofia
2007, 2010, ISBN 954-9518-24-8 (in Bulgarian); 6. Brandisky K., V. Mladenov, K. Stanchev,
Handbook for solving problems in Theoretical Electrical Engineering using PSPICE, Siela, Sofia,
2002 (in Bulgarian); 7. Brandisky K. and others ,CAD systems in Electrical Engineering, Siela,
Sofia, 2002 (in Bulgarian).
DESCRIPTION OF THE COURSE
Code: BEE26 & BEEP26
Semester: 4
Name of the course:
Electrical Measurements
Type of teaching:
Lessons per week:
Number of credits: 6
Lectures (L),
L – 2 hours
Laboratory Work (LW)
LW – 2 hours
LECTURER:
Assis. Prof. Ph.D. Denitsa Darzhanova (FA); tel.: 965 3491, email: dpetrova@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM: Compulsory for the students specialty “Electrical
Engineering” and “Electrical Power Generation and Electrical Equipment” BEng Program.
AIMS AND OBJECTIVES OF THE COURSE: The main goal of the course is to provide the
students with knowledge about the methods and devices used for measurement of electrical,
magnetic and non-electrical quantities, to become able to process the data obtained and to assess
measurement results. The students are supposed to obtain specific knowledge to develop practical
measurement schemes in order to solve different tasks in the field of electrical measurements.
DESCRIPTION OF THE COURSE: The main topics of the course are: the basic measurement
methods and their field of application; the structural and electrical schemes for measurement of
electrical, magnetic and non-electrical quantities with emphasize on the metrological characteristics
and application to solve different experimental tasks. Analysis of problems connected with the
processing of the data obtained. Laboratory work is also provided to support students ability to
realize practical measurement schemes.
PREREQUISITES: Physics, Mathematics, Theory of Electrical Engineering
TEACHING METHODS: Lectures, Laboratory Exercises with preparing and defense of reports.
METHOD OF ASSESSMENT: End of semester exam –
Exercises – 20 %
80%, Assessment of Laboratory
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY:
1. Матраков Б., Електрически измервания, София, Издателство на ТУ-София, 1999
2. Лазаров А., Е. Янков, И. Коджабашев, П. Цветков, Ръководство за лабораторни
упражнения по електрически измервания, София, Издателство на ТУ-София, 2000
3. Petrov I., N. Kolev, I. Kalchev, I. Kodjabashev, S. Yordanova, T. Tashev, Measurement and
Instrumentation, Sofia, Technical Univercity of Sofia, 2000
4. Petrov i., Darjanova D., N. Gourov, I. Kalchev, I. Kodjabashev, N. Kolev, V. Kolev, , P.
Tzvetkov, T. Tashev, "Laboratory Manual on Measurement and Instrumentation", 1999
DESCRIPTION OF THE COURSE
Name of the course:
Code: BEE27& BEEP27
Machine Elements and Mechanisms
Type of teaching:
Lessons per week
Lectures,laboratory work
L- 2 hours,LW – 1 hour
Semester: 3
Number of credits: 5
LECTURER:
Assoc. Prof. Ph. D. Kostadin Stoichkov (FMT), tel.: 965 2798, еmail: kks@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM:
Compulsory subject for extramural and fulltime students of the specialties „Electrical Engineering„
and „Electrical Power Generation and Electrical Equipment„ of the Electrical Engineering Faculty
of the Technical University of Sofia for educational and qualification degree „bachelor„.
AIMS AND OBJECTIVES OF THE COURSE:
After finishing the course, the students must to know basics of analysis and synthesis of the
mechanisms and to be able to serve, explore and project electromechanical systems.
DESCRIPTION OF THE COURSE:
The following subjects are studied: modern methods for calculating and designing of the basic
elements and assemblies of machines and mechanisms, included in electromechanical systems and
electrical apparatus; basic methods for analysis and designing of mechanisms; modeling and
analysis of the dynamical processes in electromechanical systems. At the laboratory workshops the
students acquire practical skills for using of the basic measuring means and methods for measuring
of mechanical parameters and indices of the machines. The work project helps the students learn of
self-designing expression.
PREREQUISITES:
Mathematics, Technical Drawing, Material Science and Technology of the Metals, Theoretical
Mechanics and Strength of Materials are required.
TEACHING METHODS:
Lectures lead with the help of miniature models of mechanisms, tables and slides. The laboratory
workshops are lead according to manual handbook and creating of laboratory reports and a work
project, worked up by a confirmed task and lead by the lecturer.
METHOD OF ASSESSMENT:
A written exam at the end of the third semester.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: 1. Andonov A., V. Jivkov, St. Pavlov. Machine Elements and Mechanisms I
and II part. TY-Sofia, 2005.; 2. Mintchev N., V. Jivkov, K. Entchev, P. Stoianov. Theory of
Mechanisms and machines, Technika, Sofia, 1991.; 3. Arnaudov K., I. Dimitrov, P. Iordanov, L.
Lefterov. Machine Elements, Technika, Sofia, 1980.; 4. Andonov A., V. Jivkov, St. Pavlov. User’s
Manual for labsexersises and Projects of Machin’s Elements and Mechanisms, ABC
Technika,2002.; 5. Машнев М., Е. Красновский, П. Лебедев. Теория механизмов и машин и
детали машин. Машиностроение, С. Петербург, 1980.; 6. Perovic, Bozina. Berechnung von
Machinen elementen. Reihe Technik, 2002.; 7. Spotts M. F. Design of Machine Elements, PrenticeHall, Inc., 1980.
DESCRIPTION OF THE COURSE
Name of the course
Number:BEE28&
Semester: 4
Digital and microprocessor engineering
BEEP28
Type of teaching:
Lessons per week:
Number of credits: 5
Lectures, laboratory work and tutorials
L–2 h; LW–1 h; Tut-1h
LECTURER:
Assoc. Prof. Ph.D. Zdravko Karakehayov (FCSC), tel.: 965 3525, email: zgk@tu-sofia.bg
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM:
Compulsory for all the students of specialty “Electric Power Supply, Electrical Equipment and
Electrical Transport” and “Electrical Engineering” of Faculty of Electrical Engineering,
educational-qualification degree: bachelor.
AIMS AND OBJECTIVES OF THE COURSE:
At the end of the course the students are expected to be able to apply methods and tools for design
of computer systems using knowledge for typical requirements, design phases and abstraction level
trade-offs.
DESCRIPTION OF THE COURSE:
Main topics: digital design, embedded systems, digital interfacing, analog interfacing,
microcontrollers, communication, programming languages.
PREREQUISITES:
Major terms on “Digital and microprocessor technology” have to be known.
TEACHING METHODS:
Lectures; laboratory work with single board computers and software, specific for each theme.
METHOD OF ASSESSMENT:
Written examination before the end of the semester.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY: 1. Здравко Каракехайов, Кнуд Кристенсен и Оле Винтер, Проектиране на
вградени микрокомпютърни системи с микроконтролери, Pensoft, 2000; 2. Здравко
Каракехайов и Емил Саръмов, Приложни микрокомпютърни системи, ТУ-София, 1995; 3.
John F. Wakerly, Digital Design, Principles & Practices, Prentice Hall, 2006. 4. Zdravko
Karakehayov, Knud Smed Christensen and Ole Winther, Embedded Systems Design with 8051
Microcontrollers, Marcel Dekker, 1999;
Name of the course:
Electrical materials
Type of teaching:
Lectures and laboratory work
LECTURER:
DESCRIPTION OF THE COURSE
Semester: 4
Number: BEE29&BEPP29
Classes per week:
L – 2 hours; LW – 2 hours
Number of the credits: 5
Assoc. Prof. Ph.D.Antoaneta Todorova (FEE)
Technical University of Sofia
COURSE STATUS IN THE CURRICULUM
Compulsory course for full – time and part – time students from specialties of “Electrical Power
Supply and Electrical Equipment” and “Electrical Engineering” of Technical University – Sofia, in
“bachelor’s” degree.
AIMS AND OBJECTIVES OF THE COURSE: With the study of this course, the students will
obtain the necessary theoretical knowledge for the structure and the properties of the different types
of materials, which knowledge determine their implementation in the electrical engineering. From
the laboratory classes the students will acquire practical skills for measuring and determination of
the basic characteristics of the materials, according to the requirements current normative
documents.
DESCRIPTION OF THE COURSE
In the course of “Electrical materials” is explained the physical nature of the processes, which occur
in the electrical materials under the impact (effect) of electrical and magnetic fields.
The students learn the basic properties (qualities) and factors, that affect these abilities in the
running conditions of the different materials, as well as their implementation in the field of
electrical engineering.
PREREQUISITES: Substantial knowledge of Chemistry, Physics, Electrical engineering and
Measurement techniques is needed.
THEACHING METHODS: The content of lectures is presented with boards and slides. The
students are given concrete tasks and tests, related to the section of the content. The laboratory
classes end with the presentation of protocol, made by the student.
METHODS OF ASSESSMENT
Examination at the end of the semester.
INSTRUCTION LANGUAGE: Bulgarian
BIBLIOGRAPHY:
-Тодорова А.К., Г.Дюстабанов, Електротехнически материали, ПБ на ТУ-София, 1997 г.
-Дюстабанов Г., Н.Тенев, А.Тодорова, П. Тошев, Електротехнически материали, Техника, С.,
1983 г.
-Тодорова А., С. Петков, Ръководство за лабораторни упражнения
по електротехнически материали, С. 2005 г.
-Богородицкий Н.П., В.П.Пасынков, Б.М.Тареев, Электротехнические материалы,
Энергоатомиздат , Л., 1985
-Оказаки К., Пособие по электротехническим материалам, Энергия, М., 1979 г.
-Справочник по электротехническим материалам, под редакции на Ю.В.Корицкий,
В.В.Пасынков, Б.М.Тареев, Энергия, том I , I I , I I I.