SHORT PRESENTATION

The Optoelectronics Research Center (UPB-CCO), developed in the frame of
“Politehnica” University of Bucharest, was established for education, research,
and development of optoelectronics and microelectronics devices and systems.

“POLITEHNICA” University of Bucharest (UPB) is the most important technical university in Romania, with more than 180 years of existence and more than 20 000 students and 2200 academic staff. UPB has 11 faculties in almost all branches of engineering, organising graduate studies for 5 years Ph.D, 3 years engineers and 1 year post-graduate.

The Department of Electronics and Telecommunications graduates 5 years applied electronics, communication, microelectronics or physical engineers, the studies being accomplished in English, French or German. There are more than 30 research centres in UPB, one of them is CCO, completing research consulting and technology transfer activities in different fields of technical sciences.

To ensure the technology transfer to Romanian industry of the most valuable results of the research from universities and companies

To participate to development and European integration of Romanian process engineering education
To the strengthen of the universities-enterprise relationship

To take part to the global effort of research & development activities, oriented towards the conception and manufacturing of Romanian products.

To organize graduated and post-graduated, master, and Ph.D. education programs, as well as inter - and multi-disciplinary research projects in the field of modern microtechnologies and nanotechnologies.

Digital images processing techniques for use in artificial sight systems

Measurement of a three degree-of-freedom modulus displacement using digital processing of a stereo image taken with video cameras

Distortion invariant pattern recognition

Design of a very fast VLSI with optoelectronics interfaces

Design and production of a vibration transducer interface with acquisition software

Design of 15 ¸ 18 MHz voltage controlled quartz oscillators in SMT technology

Visible, UV and X-rays diffraction gratings

Photonic sensors and transducers

Fiber optic communication networks

Photonic modulators

Data security over fiber optic networks

Optoelectronic data processing.

“Methodology to design digital image processing code for salient points detection”

“Characterisation on MOS – Hall devices magnetic sensors”

“Dynamic determination of thermal resistance for the CHXO -T hybrid circuit”,

"Computer generated Fresnel holograms for free space optical interconnection",

"Rotation invariant pattern recognition using circular harmonics and sinthetic discriminant functions",

“The modelling of the Thermal Field from a discret Semiconductor Devices”,

„Simulation of the CMOS circuits in enviroments with radiation” ,

“Optimizing a transimpedance amplifier for data transmission on optical fiber”

OPTPOKON , ROMANIA
TECHNICAL UNIVERSITY OF ATHENS
UNIVERSITY POLITECNICA OF VALENCIA
TAMPERE UNIVERSITY OF TECHNOLOGY
INSTITUTE FOR MICROELECTRONICS DEMOCRITOS, ATHENS
ISTITUTO NAZIONALE PER LA FISICA DELLA MATERIA (INFM), Genova, Italy
NATIONAL INSTITUTE FOR OPTOELECTRONICS RESEARCH, INOE-2000
NATIONAL INSTITUTE FOR MICROTECHNOLOGIES (IMT)
HYPERION UNIVERSITY OF BUCHAREST
UNIVERSITY OF PITESTI
ROMQUARTZ