Marina Dana Ţopa

Member in the consultance project with Sylansys (Ireland) “Design of analog filters for OFDM receivers”.

Participant in the program “EIE Surveyer -Reference Point for Electrical and Information Engineering in Europe”.

Participant in the bilateral research project with Flanders: “Development of new-advanced 3D analysis techniques and tools for optimization of electromagnetic and electrochemical devices – DESIGN”.

Participant in the bilateral research project with Flanders “Prediction and suppression of effects of AC electromagnetic interference induced by faulty three-phase high-voltage lines PREMIAC“.

Participant in the BIL 37/2000 bilateral research project with Flanders “New analysis methods and software for the simulation of the effects of electromagnetic interference between high-voltage lines and metallic underground pipes”.

Invited professor at the National Technical University from Athens(Greece) within the Cooperation project with Balkan and Black-Sea countries.

Lectures on “Symbolic analysis in electronic circuit design”in the frame of the Socrates project at Technical University from Graz (A).

Promoter and coordinator of the TEMPUS project S_JEP 11518-96 “A Coherent Framework for Developing a Short Cycle Practically Oriented Higher Education System in Electronics”.

Participant in the BIL 96/174B0697 bilateral research project with Flanders “Development and implementation of numerical methods in analysis and optimal design of electromagnetic devices”.

Expert in the project POSDRU/89/1.5/S/52603 4D-POSTDOC “Development and support of multidisciplinary postdoctoral programmes in major technical areas of national strategy of Research – Development – Innovation.”;

Expert in the project POSDRU/87/1.3/S/64234 “Transnational partnership for the development of the technical high-school educational system using the German method of projects for the practical classes in the Romanian schools laboratories”;

Director of the Project POSDRU/22/2.1/G/24450 “Partnership for the practical placement of students (P3S)”;

Member of the CNCSIS ID-2534 “A new approach of multi-standard radio receivers design for mobile communications: from new systems architectures to new functional block topologies and original circuits”;

Director of the CNCSISID-1057 “2.5d Modeling of Sound Propagation in Rooms and Improvement of Room acoustical Properties using Digital Implementations”;

Director of the CNCSIS Project 33385, A39, 1042 “Simulation and implementation of adaptive neural algorithms for separation of audio signals in wireless communication”;

Member in the CNCSIS Project 33385, A42, 1031 “Integrated system for the management and communication in distance education- SIMCED”.

Member in the ANSTI T project, A2, “Development of a workbench for testing and development of algorithms for the reverberation simulation and spatial rendering of audio signals “

Member in 5 projects devoted to the development of a computer-aided environment for education in Electronics: Project MI C93/1003, B15; MI 425/1994; MI C73/1994; MI 175/1995, B26; MI nr. 173/1995, B27;