Programme od studies

Transkrypt

Zał. nr 2 do ZW 64/2012
Attachment No. …. to Programme of Education
PROGRAMME OF STUDIES
1. Description
Number of semesters: 3
Number ECTS points necessary to obtain qualifications: 90
Prerequisites (particularly for second-level studies):
Upon completion of studies graduate obtains
RECRUITMENT
professional degree of: ……………………
The requirements are defined by the Senate of WrUT and the Council of the
Faculty of Electronics every year.
1st/2nd* level qualifications
Possibility of continuing studies:
Graduate profile, employability:
3rd level studies, Telecommunications and related courses
The graduate is prepared to single-handedly solve scientific problems and conduct research related to design,
implementation and operation of analogue and digital systems, telecommunication equipment and systems, especially the
ones with broadband transmission and fibre optic techniques using modern technologies. The graduate is able to undertake
independent scientific and research projects, they can do both be part of a team and manage teams. They are prepared to
work in institutions related to teleinformatics and widely understood telecommunications, including science research units,
design offices and commercial research centres. Some other employment places for them can be companies manufacturing
IT and telecommunication equipment, telecommunication networks operators, companies dealing with operation and service
of IT and telecommunication service equipment. Typical jobs for graduates of this specialisation encompass: a optical
network designer, a manager/member of a scientific research team working on optical and radio networks sub-systems and
also new solutions used in such networks, a manager/member of a team working on development and building
telecommunication networks, a designer of fibre optic and radio communication systems and networks, a manager/specialist
in operator’s planning or maintenance of telecommunication infrastructure departments.
Indicate connection with University’s mission and its development
strategy:
The programme of studies complies with the Faculty of Electronics Development Plan adopted by
the Faculty Council on 22 February 2012.
The Faculty Development Plan correlates with the university mission and its development strategy
adopted by the University Senate Plan in 2011. Corresponding ideas can be seen, for example in
point 3 of the Development Plan “The Faculty Mission and Vision” and in point 4 of the
Development Plan “Sector Models”, with the details of the Education Model, the Model of Studies
and the Model of Cooperation with the Environment, taking into account job market needs and
building a network of influences.
2. Fields of science and scientific disciplines to which educational effects apply:
Field: technical sciences
Scientific discipline: telecommunications
3. Concise analysis of consistency between assumed educational effects and labour market needs
………………………………………………………………………………………
………………………………………………………………………………………
………………………………………………………………………………………
………………………………………………………………………………………
1
BK – number of ECTS points assigned to hours of classes requiring direct contact of teachers with students
Traditional – enter T, remote – enter Z
3
Exam – enter E, crediting – enter Z. For the group of courses – after the letter E or Z - enter in brackets the final course form (lec, cl, lab, pr, sem)
4
University-wide course /group of courses – enter O
5
Practical course / group of courses – enter P. For the group of courses – in brackets enter the number of ECTS points assigned to practical courses
6
KO – general education, PD – basic sciences, K – field-of-studies, S – specialization
7
Optional – enter W, obligatory – enter Ob
2
4. List of education modules:
4.1. List of obligatory modules:
4.1.1 List of general education modules
4.1.1.1 Liberal-managerial subjects module (min. .1.. ECTS points):
No.. Course/group Name of course/group of courses (denote
of courses
code
1
FLEA001W
group of courses with symbol GK)
Komunikacja społeczna- Social Communiation
Total
Weekly number of hours
lec cl lab pr sem
1
1
0
0
0
0
Number of ECTS points
Form2 of Way3 of
Course/group of courses
5
1
4
6
7
course/group
crediting
total
BK classes
university-wide practical kind type
of courses
Field-ofNumber of hours
study
ZZU
CNPS
educational
effect symbol
K2TEL_W03 15
30
15
30
1
1
0.5
0.5
T
-
Z
-
O
-
KO
-
0
Ob
-
4.1.1.2 Foreign languages module (min. ..3.. ECTS points):
No.. Course/group Name of course/group of courses
of courses
code
(denote group of courses with
symbol GK)
Język obcy A2
Foreing Language
Język obcy B2+
Foreing Language
Total
lec cl lab pr
sem
3
1
0
4
0
0
Field-ofstudy
educational
effect
symbol
Number of hours
ZZU
CNPS
1
total
BK classes
Form2 of Way3 of
course/group crediting
of courses
lec
1
1
cl
4
lab
0
pr
0
kind
6
7
type
60
2
1
T
Z
O
P (1)
KO
W
K2TEL_U09
15
30
1
1
T
Z
O
P (1)
KO
W
–
60
90
3
2
–
–
–
P (2)
–
0
75
120
4
2.5
3
4
5
6
7
2
5
practical
45
Total
Total
Total
Number of
number number number ECTS points
of CNPS of ECTS
of
for BK
ZZU
hours
points
classes1
hours
sem
0
4
K2TEL_U10
Altogether for general education modules
Total number of hours
university-wide
4.1.2 List of basic sciences modules
4.1.2.1 Mathematics module
No.. Course/group of
courses code
1
MAP3043W
2
MAP3043C
3
MAP3044W
4
MAP3044C
Name of course/group of courses
symbol GK)
lec cl lab pr sem
Statystyka matematyczna (GK)
Mathematics Statistics
Statystyka matematyczna (GK)
Mathematics Statistics
Matematyka (GK)
Mathematics
Matematyka (GK)
Mathematics
Total
1
Field-of- Number of hours Number of ECTS points Form2 of Way3 of
5
1
4
6
7
study
ZZU
CNPS total
practical kind type
BK classes
university-wide
educational
of courses
effect symbol
1
K2TEL_W02 15
60
3
T
Z
O
PD
Ob
1
2
K2TEL_W01
1
3
2
0
0
0
-
15
30
30
90
15
60
75
240
1
5
1
2
8
5
T
Z
O
T
E(w)
O
T
Z
O
-
-
-
P(2)
PD
Ob
PD
Ob
P(2)
PD
Ob
P(4)
-
-
4.1.2.2 Physics module
of courses
code
symbol GK)
1
FZP1075W
Fizyka- Physics
lec cl lab pr sem
1
1
Total
0
0
0
0
study
ZZU
CNPS
educational
effect symbol
K2TEL_W02 15
30
15
30
1
total
BK classes
1
1
0.5
0.5
Form2 of Way3 of
5
4
6
7
practical kind type
university-wide
of courses
T
-
Altogether for basic sciences modules:
lec
4
1
cl
2
lab
0
pr
0
Total
Total
Total
Number of
of CNPS of ECTS
of
for BK
ZZU
hours
points
classes1
hours
sem
0
90
270
9
5.5
3
4
5
6
7
2
Z
-
O
-
-
PD
-
Ob
-
4.1.3 List of main-field-of-study modules
4.1.3.1 Obligatory main-field-of-study modules
of courses
code
1
TKEA006W
2
TKEA005W
3
TKEA004W
4
TKEA004L
5
TKEA003W
6
TKEA003P
symbol GK)
Metody numeryczne –
Numerical Methods
Metody optymalizacjiOptimization Methods
Technika w. cz. w telekomunikacji (GK)
HF Techniques in Telekommunicatinos
Technika w. cz. w telekomunikacji (GK)
HF Techniques in Telekommunicatinos
Sieci optyczne (GK)
Optical Networks
Sieci optyczne (GK)
Optical Networks
Total
lec cl lab pr sem
study
ZZU
CNPS
educational
effect symbol
1
total
BK classes
Form2 of Way3 of
5
4
6
7
practical kind type
university-wide
of courses
2
K2TEL_W06
30
90
3
1
T
Z
KO
Ob
2
K2TEL_W05
30
90
3
1
T
E(w)
KO
Ob
2
K2TEL_W08
30
90
5
1.5
T
Z
KO
Ob
K2TEL_U03
15
60
1
T
Z
KO
Ob
K2TEL_W07
30
120
T
Z
KO
Ob
K2TEL_U02
15
60
T
Z
P(2)
KO
Ob
–
150
510
–
–
P(5)
–
–
1
2
1
8
0
1
1
0
6
1
1
17
6.5
Altogether (for main-field-of-study modules):
lec
8
1
cl
0
lab
1
pr
1
Total
Total
Total
Number of
of CNPS of ECTS
of
for BK
hours
points
ZZU
classes1
hours
sem
0
150
510
17
6.5
3
4
5
6
7
2
P(3)
–
4.2 List of optional modules
4.2.1 List of general education modules
4.2.1.1 Liberal-managerial subjects modules (min. .14. ECTS points):
of courses
code
TKEA014
TKEA011
TKEA0010
TKEA013W
TKEA013L
TKEA013P
TKEA021W
TKEA021L
symbol GK)
Seminarium specjalnościowe
Specialization Seminar
Zaawansowane techniki sieciowe
Advanced Network Techniques
Aplikacje mobilne
Mobile Applications
Systemy wbudowane (GK)
Embedded Systems
Embedded Systems
Embedded Systems
Kompresja informacji (GK)
Compression of Information
Kompresja informacji (GK)
Compression of Information
Total
lec cl lab pr sem
2
Form2 of Way3 of
5
4
6
7
practical kind type
university-wide
of courses
30
60
2
1
T
Z
P (2)
K
Ob
4
K2TEL_U05
60
150
5
1
T
Z
P(1)
K
Ob
2
K2TEL_U04
30
60
2
1
T
Z
P(2)
K
Ob
K2TEL_W11
15
30
3
1
T
Z
K
Ob
K2TEL_U07
15
30
0.5
T
Z
P(1)
K
Ob
K2TEL_U07
15
30
0.5
T
Z
P(1)
K
Ob
K2TEL_W10
15
30
1
T
E(w)
K
Ob
K2TEL_U06
15
30
0.5
T
Z
P(1)
K
Ob
-
195
420
6.5
-
-
P(8)
-
-
1
1
1
1
0
1
total
BK classes
K2TEL_U08
1
2
study
ZZU
CNPS
educational
effect symbol
8
1
2
2
14
Altogether for main-field-of-study modules:
lec
2
1
cl
0
lab
8
pr
1
Total
Total
Total
Number of
of
of CNPS of ECTS
for BK
ZZU
classes1
hours
points
hours
sem
2
195
420
14
6.5
3
4
5
6
7
2
-
4.2.4 List of specialization modules
4.2.4.1 Specialization subjects Modern Telecommunications modules (min. .31. ECTS points):
Field-of- Number of hours Number of ECTS points Form2 of Way3 of
5
1
4
6
7
study
sem
ZZU CNPS total
BK classes
university-wide practical kind type
educational
of courses
effect symbol
No.. Course/group Name of course/group of courses (denote group of Weekly number of hours
of courses
code
1
TKEA021W
2
TKEA021L
3
TKEA009W
4
TKEA009L
5
TKEA009P
6
TKEA020W
7
TKEA020S
8
TKEA019W
9
TKEA019L
10
TKEA007W
11
TKEA007L
12
13
14
15
1
TKEA018W
TKEA018S
TKEA017
TKEA017P
courses with symbol GK)
Filtracja ortogonalna sygnałów stochastycznych stoch. sign.
Orthogonal filtering of stochastic signals (GK)
Filtracja ortogonalna sygnałów stochastycznych stoch. sign.
Orthogonal filtering of stochastic signals (GK)
Sieci mobilne (GK)
Mobile Networks
Sieci mobilne (GK)
Mobile Networks
Sieci mobilne (GK)
Mobile Networks
Sieci satelitarne (GK)
Satellite Communication Networks
Sieci satelitarne (GK)
Satellite Communication Networks
Sieci multimedilane (GK)
Multimedia Systems
Sieci multimedilane (GK)
Multimedia Systems
Elementy sieci fotonicznych (GK)
Photonic Communictaion Components
Elementy sieci fotonicznych (GK)
Photonic Communictaion Components
Techniki ultraszerokopasmowe i terahercowe
UWB and THz Techniques
Techniki ultraszerokopasmowe i terahercowe
UWB and THz Techniques
Odbiorniki cyfrowe (GK)
Digital receivers
Odbiorniki cyfrowe (GK)
lec cl lab pr
1
1
1
1
1
1
1
1
2
2
2
2
1
1
2
S2TMT_W02
15
30
S2TMT_U02
15
30
S2TMT_W03
15
90
S2TMT_U03
15
S2TMT_U03
2
0.5
T
Z
0.5
T
Z
1
T
Z
30
1
T
Z
15
30
1
T
Z
S2TMT_W03
15
30
1
T
Z
S2TMT_U03
15
30
1
T
Z
S2TMT_W02
15
30
0.5
T
E(w)
S2TMT_U02
30
60
1
T
Z
S2TMT_W01
30
60
2
T
Z
S2TMT_U01
30
60
2
T
Z
S2TMT_W07
30
60
1
T
Z
S2TMT_U07
15
30
1
T
Z
S2TMT_W06
15
30
T
Z
S2TMT_U06
30
60
T
Z
5
2
3
4
3
3
0
0.5
2
3
4
5
6
7
S
Ob
S
Ob
S
Ob
P(1)
S
Ob
P(1)
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
S
Ob
P(1)
P(1)
P(1)
P(1)
P(1)
P(1)
16
17
18
19
20
TKEA016W
TKEA016P
TKEA015W
TKEA015L
TKEA002S
Digital receivers
Sterowanie ruchem telekomunikacyjnym (GK)
Telecom. Traffic Control
Sterowanie ruchem telekomunikacyjnym (GK)
Telecom. Traffic Control
Bezpieczeństwo systemów teleinformatycznych (GK)
Security in Teleinformatics systems
Bezpieczeństwo systemów teleinformatycznych (GK)
Security in Teleinformatics systems
Seminarium dyplomowe
MSc Seminar
S2TMT_W05
15
60
S2TMT_U05
15
30
S2TMT_W04
15
30
S2TMT_U04
30
60
2
K2TEL_U08
30
90
3
5
-
405
720
31
1
1
1
2
Total
11
0
8
3
3
1
T
Z
T
Z
T
Z
T
Z
2
T
Z
19,5
-
-
1
3
1
1
Altogether for specialization modules:
1
Total
Total
Total
Number of
of
of CNPS of ECTS
for BK
ZZU
hours
points
classes1
hours
lec
cl
lab
pr
sem
11
0
8
3
5
405
720
31
15
3
4
5
6
7
2
S
Ob
S
Ob
S
Ob
P(1)
S
Ob
P (3)
S
Ob
P(13)
-
-
P(1)
-
4.3 Training module (Faculty Council resolution on principles of crediting training – attachment no. …)
Name of training
Number of ECTS points for BK classes1
Training duration
Training crediting mode
Code
Training objective
4.4 Diploma dissertation module
Type of diploma dissertation
Licencjat / inżynier / magister / magister inżynier
Number of diploma dissertation semesters
1
15 P(10)
Code
TKEA001P
Character of diploma dissertation
Literature survey, project, computer program, etc.
1
Number of BK ECTS points
7
5. Ways of verifying assumed educational effects
Type of classes
lecture
laboratory
seminar
diploma dissertation
Ways of verifying assumed educational effects
e.g. examination, progress/final test
e.g. pretest, report from laboratory
e.g. participation in discussion, topic presentation, essay
prepared diploma dissertation
6. Total number of ECTS points, which student has to obtain from classes requiring direct academic teacher-student contact (enter total
of ECTS points for courses/groups of courses denoted with code BK1)
36 BK
7. Total number of ECTS points, which student has to obtain from basic sciences classes
Number of ECTS points for obligatory subjects …….
52
Number of ECTS points for optional subjects ….
Total number of ECTS points
46
98
8. Total number of ECTS points, which student has to obtain from practical classes, including laboratory classes (enter total number of
ECTS points for courses/group of courses denoted with code P)
Number of ECTS points for obligatory subjects …….
P(19)
Number of ECTS points for optional subjects ….
Total number of ECTS points
P(20)
P(39)
9. Minimum number of ECTS points, which student has to obtain doing education modules offered as part of university-wide classes or
other main field of study (enter number of ECTS points for courses/groups of courses denoted with code OG)
30. ECTS points
10. Total number of ECTS points, which student may obtain doing optional modules (min. 30% of total number of ECTS points)
79…. ECTS points
11. Range of diploma dissertation
The diploma exam checks if the subject and specialisation educational effects have been achieved.
During the exam a student answers two randomly chosen questions, one of them is always connected with the course, the other one with
specialisation.
Course related questions are the same for all students of a give course and specialisation related questions are different for each
specialisation.
1
3
4
5
6
7
2
Exam questions are approved by the Programme Committee and the Faculty Council one year before diploma exams.
12. Requirements concerning deadlines for crediting courses/groups of courses for all courses in particular modules
No. Course code
Name of course
1
Język obcy A2
2
Język obcy B2+
Crediting by deadline of...
(number of semester)
2
Foreign Language
2
Foreign Language
13. Plan of studies (attachment no. ……)
1
3
4
5
6
7
2
Approved by faculty student government legislative body:
................... ................................................................................
Date, name and surname, signature of student representative
................... ................................................................................
Date, Dean’s signature
1
3
4
5
6
7
2

Programme od studies

Transkrypt

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