Faculty of Electrical Engineering and Communication Brno University of Technology.

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Duane Moody
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1 Faculty of Electrical Engineering and Communication Brno University of Technology

2 Faculty of Electrical Engineering History Faculty of Electrical Engineering was established in students, 18 academic staff, 5 departments: Antoninska 1 Department of Radioengineering, Department of Line Engineering, Department of Electrical Power Engineering, tr. Obrancu miru Department of Electrical Engineering Theory, Department of Electrical Machines. 2

Radioengineering, Department of Line Engineering, Department of Electrical Power

3 Faculty of Electrical Engineering and Communication in 2011 Faculty (FEEC) is the 3rd biggest on Brno University of Technology (BUT) 12 departments, 220 academic staff, research and development, 4000 students in full-time and part-time study : 2 bachelor study programme, 6 study areas, 2 master study programme, 9 study areas, 1 doctoral study programme, 9 study areas. 3

and development, 4000 students in full-time and part-time study : 2 bachelor study

4 FEEC relocation to the campus Technicka Technicka 10 Technicka 8 Technicka 12 4

5 Structured study at FEEC BUT European Credit Transfer System 3 years bachelor study 180 credits, 2318 students, 2 years master study 120 credits, 1285 students, 4 years doctoral study 442 students. 5

6 Bachelor study programme Electrical, Electronic, Communication and Control Technology Automation and Measurement, Electronics and Communication, Microelectronics and Technology, Power Electrical and Electronic Engineering, Teleinformatics. 6

Measurement, Electronics and Communication, Microelectronics

7 Master study programme Electrical, Electronic, Communication and Control Technology Biomedical and Ecologic Engineering, Cybernetics, Control and Measurements, Electrical Manufacturing and Management, Electrical Power Systems, Electronics and Communications, Microelectronics, Power Electrical and Electronic Engineering, Telecommunication and Informatics. 7

Manufacturing and Management, Electrical Power Systems, Electronics and Communications,

8 Doctoral study programme Electrical Engineering and Communication Biomedical Electronics and Biocybernetics, Cybernetics, Control and Measurements, Electronics and Communications, Mathematics in Electrical Engineering, Microelectronics and Technology, Physical Electronics and Nanotechnology, Power Electrical and Electronic Engineering, Teleinformatics, Theoretical Electrical Engineering. 8

Mathematics in Electrical Engineering, Microelectronics and Technology, Physical Electronics and

9 Bachelor study programme Biomedical Technology and Bioinformatics Interdisciplinary study programme Cooperation with Medical Faculty of Masaryk University Medical sciences + Medical devices 9

programme Cooperation with Medical Faculty of

10 Master study programme Biomedical Engineering and Bioinformatics Interdisciplinary study programme Study stay on clinics Accreditation of doctoral programme Biomedical Technology and Bioinformatics 10

Study stay on clinics Accreditation of doctoral

11 Bachelor study programme New accreditations English in Electrical Engineering and Informatics Sound Direction and Sound Engineering 11

12 Research and Development Specializations Automation and embedded systems, Biomedical engineering, Electrical Technology, Microelectronics, Power electrical engineering, Radio electronics and satellite communication, Telecommunication. 12

Technology, Microelectronics, Power electrical engineering,

13 Financial support of R&D at FEEC in 2010 (total 221 mil CZK / 9 mil EUR) 13

14 Research and Development International Achievements Control station for experimental communication satellites AMSAT Communication modules for International Space Station Rescue robots Orpheus for extreme conditions 14

satellites AMSAT Communication modules for

15 Research and Development Important research programmes financed by Ministry of Education Advanced Electronic Communication Systems and Technologies, Intelligent Systems for Automation, New Trends in Microelectronic Systems and Nanotechnologies, Sources, Accumulation and Optimization of Energy Exploitation in the Conditions of Permanently Sustainable Growth. 15

Automation, New Trends in Microelectronic Systems and Nanotechnologies, Sources,

16 Research and Development Recent European projects HIRF High Intensity Radiated Fields Synthetic Environment Department of Radioengineering, Alenia Aeronautica, University of York, Hellenic Aerospace Industry S.A., Dassault Aviation, Politecnico di Torino,... 16

Radioengineering, Alenia Aeronautica, University of York,

17 Research and Development Recent European projects SMARTFUEL ADSP - Automated Digital Fuel System Design and Simulation Process Department of Microelectronics, CSRC, spol. s.r.o., Autoflug GmbH, Eurocopter Deutschland GmbH. CREDO Cabine Noise Reduction by Experimental and Numerical Design Optimization Department of Automation and Measurement, Eurocopter Deutschland GmbH, Dassault Aviation, Alenia Aeronautica. 17

CREDO Cabine Noise Reduction by Experimental and Numerical Design Optimization Department of Automation

18 Research and Development Operational programmes finanaced by EU Centre's of excellence Central European Institute of Technology 300 mil. EURO, 6 cooperating institutes, starting 2011, new laboratories

19 Research and Development Operational programmes financed by EU Regional centre s Centre for Research and Utilization of Renewable Energy (12 mil. EURO) prof. Vladimir Aubrecht Electromechanical energy conversion Chemical and photovoltaic energy Generation, transmission, distribution and use of electrical energy 19

Vladimir Aubrecht Electromechanical energy conversion Chemical and

20 Research and Development Operational programmes financed by EU Regional centre s Centre of sensor, information and communication systems (14.5 mil. EURO) prof. Zbynek Raida Research of base-band layer of communication systems: (sub)millimeterwave propagation, radiation, amplification, filtering and mixing; Research of system layer of communication systems: mobile systems, optical systems, satellite systems, and digital TV systems; Research of convergence of information and communication technologies; Research of acquisition, processing and representation of communication signals to users (acoustic signals, video signals, text information and their combination in multimedia); Research of sensing and detecting chemical and biological substances, and physical quantities to be transmitted by communication channels. 20

mobile systems, optical systems, satellite systems, and digital TV systems; Research of convergence of information and communication technologies; Research of acquisition, processing and

21 Research and Development Industry and cooperation with FEEC Development projects of Ministry of Industry and Trade (ON Semiconductor, ) European Framework Programmes (Siemens, ) Service (T-Mobile, E.ON, ) Development of educational labs (Honeywell, ) Support of talented students innovative projects (Tyco, Honeywell, ABB) Support of courses (IBM, Cisco, ) 21

22 Planned activities Better quality of education according to international standards and Czech laws, more international R&D projects, interdisciplinary cooperation, more cooperation with industry. 22

23 Thank you for your attention 23

Brno University of Technology

Brno University of Technology Bachelor, Master and Doctoral Programmes Faculty of Electrical Engineering and Communication Electrotechnical disciplines were first taught at the university in 1905. Since