Information Package

E C T S

Faculty information

Faculty of Telecommunications and Electrical Engineering – main building ul. Prof. S. Kaliskiego 7 85-796 Bydgoszcz Dean’s Office – building 2.1 (1^st floor), room 30 Telephone: (+48 52) 340-80-16, 340-80-38 Fax: (+48 52) 340-80-38 e-mail: wtie@utp.edu.pl
A. MAP
B. CONTACT DETAILS
Function	First and second name, e-mail		Telephone	Fax
Dean	Prof. Antoni Zabłudowski e-mail: atoni.zabludowski@utp.edu.pl		(+ 48 52) 340-80-11	(+ 48 52) 340-80-38
Vice-Dean of Didactics and Student Affairs	Lech Wołłk-Łaniewski, PhD e-mail: laniewski@utp.edu.pl		(+ 48 52) 340-80-08	(+ 48 52) 340-81-40
Vice-Dean of Science	Krzysztof Chmara, PhD e-mail: krystof@utp.edu.pl		(+ 48 52) 340-83-68	(+ 48 52) 340-81-75
Dean’s Office Head	Elżbieta Będziak, MSc		(+ 48 52) 340-80-45	(+ 48 52) 340-80-38
ECTS Coordinator room 314, build. 2.2	Prof. Ryszard Wojtyna e-mail: woj@atr.bydgoszcz.pl		(+ 48 52) 340-81-88	(+ 48 52) 340-80-38
	Contact hours: Thursday 13^00- 15^00 and Friday 9^00-11^00

C. GENERAL FACULTY INFORMATION
Number of undergraduates	1417, of which 888 are full-time undergraduates
Teaching staff	86, including 19 research fellows
Organisational structure	Institute of Telecommunications - Division of Computer Communications - Division of Digital Technology - Division of Fundamentals of Electronic Circuits - Division of Postal Engineering - Division of Telecommunications Systems - Division of Transmission Systems Institute of Electrical Engineering - Division of Electrical and Electronic Metrology - Division of Electrical Machines and Drives - Division of Electrical Power Engineering - Division of Fundamentals of Electrical Circuits - Division of Power Electronics and Control Engineering
Education courses	for full-time courses	1) electronics and telecommunications (MSc studies) 2) electrical engineering (MSc studies)
Historical outline	The Faculty of Telecommunications and Electrical Engineering was established in 1962 with active participation of the Ministry of Communication. To start with, it offered evening and extramural courses. In 1964 intramural courses were added, at first at bachelor level, later on also on the master level, within the courses of electrical engineering, electronics, and telecommunications. Since its inception the Faculty has been incessantly educating students in telecommunications and industrial electrical engineering, adapting the profile of diploma-granting to current needs of the national and regional economy. In 1998 the Faculty was granted rights to confer the degree of Doctor of Technology Sciences in telecommunications. Since 1987 the Institute of Telecommunications discharges the duties of the host of the National Telecommunications Symposium, one of the major scientific and presentational events in Poland, organised with the cooperation of the Telecommunications Section KEiT PAN and the Institute of Telecommunications of Warsaw Polytechnics.
Research activity	The present subject matter of research carried out at the Faculty concerns the following thematic areas: designing and analysing telecommunications and computer networks, modelling processes in telecommunications networks and systems, wireless communications systems, multi-access in mobile radiocommunications, diagnosing and processing sound and video signals, modern electronic commutation switches, digital electronic phone exchanges, application of fibre optics in telecommunications, analysing and designing analogue and analogue-digital electronic systems, correlation analysis of random signals in telecommunications systems, digital filtration and spectrum analysis in telecommunications, microcomputer and microprocessor control systems, reliability theory and its application in technical systems, logistics of postal matter convey, automation of postal matter convey, analysing and developing electrical power load, semiconducting converters, microcomputer converter controllers and drive systems, magnetic material analysis, electrical-power-cable testing, international quality systems.
Equipment	The Faculty has at its disposal well-equipped in apparatus and specialistic software research laboratories used for: welding and reflectometric measuring fibre optics, teletransmission measuring digital systems, examining and simulating data transmission systems and computer networks, designing analogue and analogue-digital electronic systems, ASIC programmable systems, microprocessor systems, signal processing by means of DSP processors, examining and simulating computer management of post offices, electrical drive testing, great-power converter systems, monitoring and analysing electrical power load, research with high-voltage technology.
Faculty Library seat – building 2.1 phone: (+ 48 52) 340-80-60	Reading-room and library: Access to literature and specialist magazines, as well as to didactics lecture books. Open: Monday - Friday between 9^00-14^00 It is obligatory to be entered on the student list on the basis of valid student card of the UTA.
Entrance conditions for full-time courses	Information provided by: Joanna Siołkowska, MA Office of European Programmes and International Cooperation ul. Ks. A. Kordeckiego 20 e-mail: siolkowj@mail.atr.bydgoszcz.pl
Entrance conditions for Socrates/Erasmus students	See page 9-11
After admission	Students are obliged to go through certain formalities in the Dean’s Office. In accordance with regulations, students matriculate and are entered in the student album and registration system. They then receive a student card and ‘credit card’ which enables them to participate in certain classes and gain credits each semester.
Language of instruction: 1) For foreigners study ing according to the general rules 2) For foreigners study ing according to the rules of Socrtes/ Erasmus Programe	- Polish. The reason for it is that Polish and foreign students study in the same groups. Some lectures can be delivered in English.
	Polish courses for foreigners are available at: Uniwersytet Łódzki/ Studium Języka Polskiego dla Cudzoziemców ul. Narutowicza 65, 90-131 Łódź Phone: (+ 48 42) 635-47-00
	It is possible to establish individual teaching programmes in English, German or French in subjects specified in the bilateral agreements.
	One-to-one Polish language courses (in addition to degree programme studies).
D. USEFUL INFORMATION
Getting to the Faculty’s Dean’s Office	- from Railway Station (Dworzec PKP) - bus no. 94 (express) - from Bus Station (Dworzec PKS) - bus no. 94 (express) or tram no. 3 or 1 and bus no. 72 Cost of a one-way ticket: 1 PLN (half fare), 2 PLN (full fare).
Closest facilities to the Faculty	The nearest location of: - Post office: ul. Rupniewskiego 13, - Bankomat for the Visa card: bldg. 2,5 of the UTP - Bank PKO B.P. – Agency Fordon II: ul. Twardzickiego 12
Telephones	Telephones for cards: teaching building of the Institute. Phone cards available at kiosks ”Ruch” or post offices. Price: PLN 9 (25 units)
Entertainment and free time	Scientific Groups within the Faculty: - Student Scientific Group “Internautilius”
	Student’s clubs and organizations: Student’s club SPIN – Hall of Residence no. F-1, Fordon Student’s Radio Agency - Hall of Residence no. F-1, Fordon Short-Wave Radio Club - Hall of Residence no. F-1, Fordon
	Sports - Sports groups of the University’s Sports Association (AZS), - Body building gym at Hall of Residence no. F-2, - Stadium, ul. Piwnika Ponurego (body building gym, sauna, tennis court), - Swimming pool – Primary School (Szkoła Podstawowa) no. 44, ul. Berlinga 1

Organisation of full-time courses

A. COURSE DETAILS
Course	Electronics and Telecommunications
Full-time MSc studies (5 years)	Specialisation: Telecommunications systems
Course graduation	Within MSc courses it takes place after crediting 10 semesters, making and defending one’s thesis and passing diploma examination.
Degree titles	Graduates are awarded with the degree of master in engineering on the completion of the five-year courses within telecommunications systems.
Course	Electrical Engineering
Full-time MSc studies (5 years)	Specialisation: Industrial electrical engineering
Course graduation	Within MSc courses it takes place after crediting 10 semesters, making and defending one’s thesis and passing diploma examination.
Degree titles	Graduates are awarded with the degree of master in engineering on the completion of the five-year courses within industrial electrical engineering.
B. COURSE STRUCTURE AND CONTENTS
I. Electronics and Telecommunications
MSc studies
Total length	10 semesters, comprising 3585 didactics hours (300 ECTS credits)
Semester length	15 weeks
Average weekly contact hours for students	23 hours
Structure of course units blocks	- general course units - av. 1275 hours. i.e. 36 % - subject course units - av. 975 hours. i.e. 27 % - specialist course units - av. 855 hours. i.e. 24 % - specialisation course units - av. 480 hours. i.e. 13 %
Specialisation	Telecommunications systems
Student practical placements	Practical placement after the 4^th semester (4 weeks)
II. Electrical Engineering
MSc studies
Total length	10 semesters, comprising 3750 didactics hours (300 ECTS credits)
Semester length	15 weeks
Average weekly contact hours for students	25 hours

Structure of course units blocks	- general course units - av. 420 hours i.e. 11 % - subject course units - av. 1140 hours i.e. 30 % - specialist course units - av. 2190 hours i.e. 59 %
Specialisation	Industrial electrical engineering
Student practical placements	6-week holiday practical placement after the 4^th semester of studies and 6-week holiday practical placement after the 6^th semester.
III. At all courses
- classes in particular subjects have different forms - as a rule, classes are compulsory, further details are given in the course plan - during the final semester students write their theses essentially on their own.
All students are obliged to take, and receive credit for, vocational practical placements in a company selected by them. Placements are checked by the Dean Plenipotentiary of Practical Placements in order to ensure that they meet the criteria for the placement programme. Should the company be not eligible or the students have difficulties in finding an appropriate practice placement, the Dean Plenipotentiary will direct undergraduates to the institute’s placement vacancy list. It is not obligatory to participate in practice placements for students who graduated from vocational technical secondary schools or worked in accordance with the course or the specialisation of their studies. Decisions concerning such students are taken by the Dean Plenipotentiary of Practice Placements after students have submitted an application, supported by the appropriate documents, to have their situation reviewed.
C. GRADUATE PROFILES
I. Electronics and Telecommunications
MSc studies	Graduates are prepared to conducting professional activities and enhancing knowledge concerning utilising and producing modern devices and systems in telecommunications, especially: digital phone exchanges (construction, software, control), cellular telephony, multimedia application of Internet, image processing application of fibre optics in telecommunications, computer designing electronic systems, computer network management, computer modelling and simulating, computer networks and network operative systems, telecommunications networks and their management. Graduates find employment in higher technical schools, in research centres, in institutions using computer systems, at stationary and cellular telephony operators, in companies producing electronic and telecommunications equipment as well as in computer firms.
II. Electrical Engineering
MSc studies	Graduates will be prepared to developing new concepts and creating technical progress in Industrial Electrical Engineering. For this purpose they will undergo general (including the fundamentals of using and programming computers, availing oneself of scientific-technical information sources, foreign languages) and technical training. Therefore, they will be acquainted with present problems in electrical engineering and the direction research are taking. They will be prepared to enlarging their knowledge in the following thematic areas: designing, will be prepared to working in research institutes, design and construction offices, universities and high schools, departments of the Head Power and Auto- matics Engineer, as well as appropriate departments of industrial companies making electrical products. They are also able to work as teachers in secondary schools.

EECTRICAL ENGINEERING

MSc studies

- 5 years -

1. Semester-by-Semester Course Plan

Ordinal number	Schedule item (Code)	Course unit title	Teaching hours per week		ECTS Credits per semester
			Lecture	Tutorial
Year: 1 Semester: I
1	A3	Two subjects to be chosen	2	2	5
2	B1	Mathematics I	5	5	12
3	B5	Materials for Electrotechnology	2	-	4
4	B9	Graphical representation of construction	1	2	4
5	C10	Fundamentals of Mechanics	2	-	5
Total ECTS Credits:					30
Year: 1 Semester: II
6	B1	Mathematics I	3	4	7
7	B3	Physics I	3	1	5
8	B5	Materials for Electrotechnology	-	1	1
9	B6	Theory of Electrotechnics I	3	2	7
10	B8	Information Technology	2	2	2
11	B9	Graphical representation of construction	-	1	1
12	B10	Principles of Constructing	2	1	2
13	C8	Metrology	2	-	5
Total ECTS Credits:					30
Year: 2 Semester: III
14	A1	Physical Education	-	2	0
15	A2	English	-	2	2
16	B2	Mathematics II	2	1	4
17	B3	Physics I	2	3	5
18	B6	Theory of Electrotechnics I	3	4	7
19	B8	Information Technology	2	2	3
20	C8	Metrology	2	3	4
21	C1	Fundamentals of Electronics and Power Electronics	3	1	5
Total ECTS Credits:					30
Year: 2 Semester: IV
22	A1	Physical Education	-	2	0
23	A2	English	-	2	2
24	A3	Subject to be chosen	1	1	1
25	B6	Theory of Electrotechnics I	2	2	5
26	B11	Numerical Methods in Electrical Engineering	4	2	5
27	C8	Metrology	-	2	3
28	C1	Fundamentals of Electronics and Power Electronics	2	3	5
29	C30	Fundamentals of Automatic Control Engineering	2	2	5
30	C5	Fundamentals of Electrical Power Engineering	3	-	4

Total ECTS Credits:					30
Year: 3 Semester: V
31	A1	Physical Education	-	2	0
32	A2	English	-	2	2
33	A4	Sources of scientific information	-	1	1
34	B4	Physics II	2	1	3
35	B7	Theory of Electrotechnics II	2	2	6
36	C5	Fundamentals of Electrical Power Engineering	-	2	3
37	C3	Control Theory	3	2	5
38	C31	Statistical Metrology	2	1	4
39	C2.1	Electric Machines	3	3	6
Total ECTS Credits:					30
Year: 3 Semester: VI
40	A2	English	-	2	2
41	A5	Mathematical Models in System Design and Optimisation.	2	-	2
42	C2.1	Electric Machines	3	3	6
43	C4	High Voltage Technology	2	-	3
44	C7	Fundamentals of Microprocessor Technique	3	-	4
45	C6	Fundamentals of Electric Energy Utilisation	2	-	2
46	C12	Measurements of Non-Electric Quantities	2	1	3
47	C13	Programmable Logic Controllers	2	-	2
48	C14	Measuring Computer Systems	3	-	3
49	C2.2	Electric Drives	2	-	3
Total ECTS Credits:					30
Year: 4 Semester: VII
50	A2	English	-	2	2
51	C2.1	Electric Machines	-	1	2
52	C4	High Voltage Technology	-	2	3
53	C7	Fundamentals of Microprocessor Technique	-	2	3
54	C11	Fundamentals of Electric Energy Utilisation	-	2	2
55	C13	Programmable Logic Controllers	-	2	2
56	C14	Measuring Computer Systems	-	2	2
57	C2.2	Electric Drives	2	2	5
58	C15	Electric Equipment and Protections	3	-	3
59	C16	Digital Signal Processing	3	2	4
60	C17	Electric Lighting	2	-	2
Total ECTS Credits:					30

Year: 4 Semester: VIII
61	A2	English	-	2	2
62	A6	Principles of the Inventional Activity and Copyright Protection	1	-	1
63	C2.2	Electric Drives	-	1	2
64	C15	Electric Equipments and Protections	-	3	3
65	C9	Electric Drive Systems	2	-	2
66	C18	Modelling and Simulation of Power Electronic Systems	1	1	3
67	C19	Fractional HP Electric Machines	2	-	3
68	C20	Industrial Electrical Power Systems	2	1	3
69	C21	Selected Applications of Digital Signal Processors	1	1	2
70	C22	Automatic Control of Industrial Processes	1	1	3
71	C23	Industrial Electric Heating Engineering	2	-	2
72	C24	Converter-fed Drives	2	-	2
73	C25	Electrical Energy Management in Industry	2	-	2
Total ECTS Credits:					30
Year: 5 Semester: IX
74	C19	Fractional HP Electric Machines	-	2	2
75	C23	Industrial Electric Heating Engineering	-	2	2
76	C24	Converter-fed Drives	-	2	2
77	C25	Electrical Energy Management in Industry	-	1	2
78	C26	Industrial networks and substations	2	1	3
79	C27	Power Electronic Converter Systems	1	2	3
80	C28	Microprocessors and Microcomputers in Controlling Systems	2	2	4
81	C29	Control of Electric Drives	2	2	5
82	C32	Computer Modelling of Electric Drives	2	1	3
83	C33	Electromechanical Energy Conversion	1	1	2
84	C35	Optional course	2		2
Total ECTS Credits:					30
Year: 5 Semester: X
85	C6	Electric Device Operational Safety	2	-	5
86	C34	Diploma Seminar	-	2	25
Total ECTS Credits:					30

2. Course Studies with Teaching and ECTS Credits Load

Schedule item (Code)	Course unit title	Semesters start - end	Total teaching hours	Total ECTS Credits
1	2	3	4	5
I. General course units
A1	Physical Education	III-V	90	0
A2	English	III-VIII	180	12
A3	Principles of Enterprise	I	30	3
A3	Contemporary International Relations	I	30	3
A3	Creative Work Methodology	I	30	2
A3	Environment Protection	I	30	2
A3	Organisation and Management	IV	30	1
A3	Fundamentals of Marketing	IV	30	1
A4	Sources of scientific information	V	15	1
A5	Mathematical Models in System Design and Optimisation.	VI	30	2
A6	Principles of the Inventional Activity and Copyright Protection	VIII	15	1
Total:		-	420	22
II. Subject course units
B1	Mathematics I	I-II	255	19
B2	Mathematics II	III	45	4
B3	Physics I	II-III	135	10
B4	Physics II	V	45	3
B5	Materials for Electrotechnology	I-II	45	5
B6	Theory of Electrotechnics I	II-IV	240	19
B7	Theory of Electrotechnics II	V	60	6
B8	Information Technology	II-III	120	5
B9	Graphical representation of construction	I-II	60	5
B10	Principles of Constructing	II	45	2
B11	Numerical Methods in Electrical Engineering	IV	90	5
Total:		-	1140	83
III. Vocational course units
C1	Fundamentals of Electronics and Power Electronics	III-IV	135	10
C2.1	Electric Machines	V-VII	195	14
C2.2	Electric Drives	VI-VIII	105	10
C3	Control Theory	V	75	5
C4	High Voltage Technology	VI-VII	60	6
C5	Fundamentals of Electrical Power Engineering	IV-V	75	7
C6	Electric Device Operational Safety	X	30	5
C7	Fundamentals of Microprocessor Technique	VI-VII	75	7
C8	Metrology	II-IV	135	12
C9	Electric Drive Systems	VIII	30	2
C10	Fundamentals of Mechanics	I	30	5
C11	Fundamentals of Electric Energy Utilisation	VI-VII	60	4
C12	Measurements of Non-Electric Quantities	VI	45	3
C13	Programmable Logic Controllers	VI-VII	60	4
C14	Measuring Computer Systems	VI-VII	75	5
C15	Electric Equipments and Protections	VII-VIII	90	6
C16	Digital Signal Processing	VII	75	4
C17	Electric Lighting	VII	30	2
C18	Modelling and Simulation of Power Electronic Systems	VIII	30	3
C19	Fractional HP Electric Machines	VIII-IX	60	5
C20	Industrial Electrical Power Systems	VIII	45	3
C21	Selected Applications of Digital Signal Processors	VIII	30	2
C22	Automatic Control of Industrial Processes	VIII	30	3
C23	Industrial Electric Heating Engineering	VIII-IX	60	4
C24	Converter-fed Drives	VIII-IX	60	4
C25	Electrical Energy Management in Industry	VIII-IX	45	4
C26	Industrial networks and substations	IX	45	3
C27	Power Electronic Converter Systems	IX	45	3
C28	Microprocessors and Microcomputers in Controlling Systems	IX	60	4
C29	Control of Electric Drives	IX	60	5
C30	Fundamentals of Automatic Control Engineering	IV	60	5
C31	Statistical Metrology	V	45	4
C32	Computer Modelling of Electric Drives	IX	45	3
C33	Electromechanical Energy Conversion	IX	30	2
C34	Diploma Seminar	X	30	25
C35	Industrial Electric Drives	IX	30	2
C35	Telecommunications and Computerisation in Electrical Power Engineering	IX	30	2