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Faculty of Electronics, Telecommunications and Information Technology 1 Mission: “To contribute by advanced research to the knowledge development in electronics, telecommunications and information technology, as well as to train specialists able to develop, design, implement, and exploit electronics and telecommunications systems, with applications in the most various industrial, research, and domestic areas

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Faculty of Electronics, Telecommunications and Information Technology

1

Mission: “To contribute by advanced research to the knowledge development in electronics, telecommunications and information technology, as well as to train specialists able to develop, design, implement, and exploit electronics and telecommunications systems, with applications in the most various industrial, research, and domestic areas”

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 2

Outline

14.02.2014 3

Historical background

1977 - Electronics and Telecommunications profile is initiated at the Faculty of Electrical Engineering

1990 – The Faculty of Electronics and Telecommunications is founded with two specializations:

Applied Electronics Telecommunications 1994 - Post graduate studies are initiated 1999 – An English teaching line is launched for undergraduate

studies (5 years) 2005 – The Faculty is renamed Faculty of Electronics,

Telecommunications and Information Technology 2005 – The Bologna process is adopted 2009 – New specialization: Economic Engineering in Electrical,

Electronics and Energetics Domain

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 4

Outline

• Romania has 112 universities of which 56 are public and 56 are private.

• According to the national classification exercise (2011), the Ministry categorized TUCN into the first group of “teaching and advanced research university”, which includes twelve universities.

• The Technical University of Cluj - Napoca is a leading higher education institution in the technical field, in Transylvania as well as in Romania.

14.02.2014 5

Local and regional context

14.02.2014 6

Cluj- Napoca

Timisoara

Iasi

Bucharest

Local and regional context

Leading technical universities having electronics and telecommunications faculties

Other universities having electronics and/or telecommunications study programs

14.02.2014 7

Local and regional context

Baia Mare

Cluj- Napoca

UTCN comprises two main sites in Cluj-Napoca and one in Baia Mare as well as regional satellites located in neighbouring counties, i.e., Alba - lulia, Bistriţa, Satu-Mare and Zalău

14.02.2014 8

TUCN- faculties

Machine Building

Mechanical Engineering

Materials & Environmental Engineering

Architecture & Urban Planning Automation & Computer Science

Electronics, Telecommunications & Information Technology

Electrical Engineering

Civil Engineering

Building Services

Cluj-Napoca

Baia Mare

Engineering Humanities Mineral Resources & Environment Sciences

14.02.2014 9

Faculty (Cluj-Napoca) Number of students

Architecture and Urban Planning 777 Building Services 596 Electronics, Telecommunications and Information Technology 1217 Automation and Computer Science 2085 Electrical Engineering 978 Mechanical Engineering 1409 Machine Building 1851 Materials and Environmental Engineering 473 Civil Engineering 1869

Number of B.Sc. students (Cluj-Napoca)

Architecture and Urban Planning

7% Building Services

5% Electronics, Telecommunications and Information

Technology 11%

Automation and Computer Science

19%

Electrical Engineering

9%

Mechanical Engineering

12%

Machine Building 16%

Materials and Environmental

Engineering 4%

Civil Engineering 17%

14.02.2014 10

Number of M.Sc. students (Cluj-Napoca)

Faculty (Cluj-Napoca) Number of students

Building Services 106 Electronics, Telecommunications and Information Technology 315 Automation and Computer Science 576 Electrical Engineering 315 Mechanical Engineering 394 Machine Building 681 Materials and Environmental Engineering 234 Civil Engineering 699

Building Services 3%

Electronics, Telecommunications

and Information Technology

10%

Automation and Computer Science

17%

Electrical Engineering

9% Mechanical Engineering

12%

Machine Building 21%

Materials and Environmental

Engineering 7%

Civil Engineering 21%

• Study programs accredited and classified in the highest

“A” category by the National Ministry of Education in 2011

• Best faculty in Romania according to a national survey organized in 2006 by a prestigious Romanian financial and economics magazine

14.02.2014 11

National rankings

14.02.2014 12

International collaborations

Bases of Electronics Department Communications Department Applied Electronics Department

14.02.2014 13

Structure

The teaching process is also supported by other structures of the university:

Mathematics, Electrotechnics and Measurement, Physics, Foreign Languages and Communications, Management, Marketing, Accountancy, Sport.

14.02.2014 14

Complete educational offer

• Licence-Master- Doctorate

(L-M-D)

M.Sc. 2 years

B.Sc 4 years

Ph.D. 3 years

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 15

Outline

• Applied Electronics – in Romanian and in English

• Telecommunications Technologies and Systems – in Romanian and in English

• Economic Engineering in Electrical, Electronic and Energetic Domain – in Romanian

14.02.2014 16

Study programs – B.Sc. degree

14.02.2014 17

Study programs – B.Sc.

Electronics and Telecommunications

Engineering Telecommunications Technologies and

Systems

Applied Electronics

Economic Engineering in Electrical, Electronics and Energetic Domain

Economic Engineering in Electrical, Electronics and Energetic Domain

1st , 2nd years 3rd , 4th years

14.02.2014 18

Curricula structure – B.Sc.

18%

51%

25%

6%

Fundamental Domain

Speciality Complementary Types of courses Hours

Fundamental (Mathematics, Physics, Computers Programming) 574 Domain (Fundamental Electronic Circuits, Integrated Circuits, Microprocessors, Television Engineering) 1598 Specialty (Power Electronics, Sensors and Transducers, Microcontrollers, Digital Image Processing ,Mobile Communications, Internet Protocols) 798 Complementary (Foreign languages, Sport) 182

Total 3152

10% are optional courses

14.02.2014 19

Students dynamics – B.Sc.

330

263 287 294 283

307 291

332

386

172 187 198

165 166

0

50

100

150

200

250

300

350

400

450

a-2005g-2009

a-2006g-2010

a-2007g-2011

a-2008g-2012

a-2009g-2013

a-2010g-2014

a-2011g-2015

a-2012g-2016

a-2013g-2017

Num

ber o

f stu

dent

s

Admission (a) and Graduation (g) years

AdmissionGraduation

14.02.2014 20

Where do our B.Sc. students come from?

No. of B.Sc. students in the first year (2013-2014)

14.02.2014 21

Practical Training– B.Sc

• at least 200 hours, 6 – 8 weeks • usually after the 3rd year of study, during the summer

holidays (July, August, September) • standard agreement for practical training between

TUCN (faculty) – company - student • the faculty

– promote the companies offers for practical training – supports the company in all activities related to the students'

practice

• the companies – select the students – assure a tutor for the students – issue a certificate for the students

14.02.2014 22

Diploma thesis– B.Sc.

• diploma thesis defense – 2nd week of July - presentation - practical demonstration

• allocation of the topics for diploma thesis – no later than the beginning of 4th year of study (October, November)

• for diploma topics proposed by companies – two supervisors (one from company, one from

faculty) – the student can work in the company, especially

in the 4th year, 2nd semester (March – May)

• Performances evaluation of Modified Dijkstra and Floyd-Warshall algorithms implemented in OpenFlow

• 3D Virtual Reality Based Maps used for Indoor Navigation • Comparison between theoretic value and measured value of

average mutual information per bit in a LTE system implemented on NI USRP

• Evaluation of a fuzzy logic based model for QoS support implemented in a unified radio access network

• Development of a multimedia-type portable device with GPS • Electronic board and acquisition system for motorcycle • Specific electric measurements related to smart textiles and

applications • H.O.T.T.I.E. - Heater Operator with Telephone Text InterfacE

14.02.2014 23

Best diploma thesis - 2013

• Adaptive Routing using Dijkstra’s modified algorithm for OpenFlow

• PRADO - Platform for managing the process of choosing the optional courses

• Implementation of acoustical effects on TMS320VC5505 eZDSP USB stick platform

• Real-Time 3D imaging in an FPGA system • Design and simulation of a communication protocol for

wireless sensor networks to optimize energy consumption and network lifetime

• Adaptive combination of linear NLMS filters and its application in acoustic system identification

• Designing and implementing a remote controlled quadcopter

14.02.2014 24

Best diploma thesis - 2012

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 25

Outline

• Integrated Circuits and Systems • Electronics Engineering • Telecommunications • Multimedia Technologies • Integrated Communication Systems with

Special Applications • Signals and Images Processing (double degree)

14.02.2014 26

Study programs – M.Sc.

14.02.2014 27

Students dynamics – M.Sc.

161 166 162 156

137

98 101

86

0

20

40

60

80

100

120

140

160

180

a-2009g-2011

a-2010g-2012

a-2011g-2013

a-2012g-2014

a-2013g-2015

Num

ber o

f stu

dent

s

Admission (a) and Graduation (g) years

AdmissionGraduation

• dissertation defense – 2nd week of July presentation practical demonstration • allocation of the topics – usually during the 1st year of study • dissertation related activities in the curriculum R & D: 3h/week - 1st, 2nd , 3rd semester R & D: 6h/week - 4th semester preparation of dissertation - 6h/week - 4th semester

• dissertation for topics proposed by companies two supervisors (company + faculty) the student can work in the company,

especially in the 4th semester (March – May)

14.02.2014 28

Dissertation– M.Sc.

14.02.2014 29

Where do our M.Sc. students come from?

78%

3%

19%

ETTI graduates

B.Sc. graduates of otherfaculties from TUCN

B.Sc. graduates of otheruniversities

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 30

Outline

• Number of Ph.D. Advisors: 14 • Domain: Electronics and Telecommunications Engineering

14.02.2014 31

Ph.D studies

6 7

33

24

10

0

5

10

15

20

25

30

35

2009 2010 2011 2012 2013

Num

ber o

f def

ende

d th

esis

Academic years

2008-2013, the Ph.D. programs were also supported by EU projects, co-funded by the ESF (European Social Fund) through the SOP-HRD (Sectorial Operational Program Human Resources Development) 2007-2013

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 32

Outline

• Participation in national and international student contests

14.02.2014 33

Extracurricular activities of our students

• Participation with papers at our symposium and in our journals

14.02.2014 34

Extracurricular activities of our students

• Attendance to seminars organized by companies

14.02.2014 35

Extracurricular activities of our students

• Tornea Olga (Ph.D) – gold medal at the Pro Invent 2013 patent salon • Lodin Alexandru (M.Sc.) – second prize at the Image Processing and Analysis student

competition- 2013 • Sergiu Stanculescu (B.Sc.) – second prize at the student national electronics and

telecommunications contest “Tudor Tanasescu” – 2013 • Raducan Cristian (anul IV EA) – third prize the student national electronics and

telecommunications contest “Tudor Tanasescu” – 2013 • Salajan Tomina and Martari Paul (M.Sc.) – first and second prize at student national electronics

and telecommunications contest “Tudor Tanasescu” – 2012 • Turdean Mihai (B.Sc.) - second prize at student national electronics and telecommunications

contest “Tudor Tanasescu” – 2012 • Sergiu Stanculescu and Blenyesi Balazs (B.Sc.) – best presentation award at the International

Student Digilent Design Contest- 2012 • Mihai Băncişor, Ciprian Cărbunaru (B.Sc.) – fourth prize at the International Student Digilent

Contest- 2011 • Jano Rajmond, Mihai Daraban, Vasile Cristian Badila, Mihai Toma Patarau, Romulus Stefan

Daraban (M.Sc.) – fourth prize at the 16th edition of the International Computers Contest for students “Hard and Soft”, Suceava - 2009

14.02.2014 36

Student prizes and awards

• Historical background • Facts and figures • B.Sc. studies • M.Sc. studies • Ph.D. studies • Professional extracurricular activities of

the students • Alumni and employment

14.02.2014 37

Outline

14.02.2014 38

Companies that employ our graduates / offer practical training for our students

14.02.2014 39

Companies that employ our graduates

2011 graduates