Studies and personal skills | Journal and conference papers | Awards at technical exhibitions | Books | Patents | Research grants
Studies:
- 2010-2011 - Postdoctoral research at Université libre de Bruxelles under the supervision of Prof. Johan Gyselinck
- 2007-2010 - Doctoral studies at Technical University of Cluj Napoca under the supervision of Prof. Lorand Szabo
- 2007-2008 - Master studies in Electrical Engineering at Technical University of Cluj Napoca
- 2002-2007 - Engineering studies at Technical University of Cluj Napoca, Faculty of Electrical Engineering
- 1998-2002 - Preuniversitary studies at Mihai Eminescu High School, Satu Mare
Best of practical accomplishments and work experience:
- Design and building of high current low voltage inverter for 3 phase synchronous machines testing
- Design of the power stage, of the drivers and the current sensing stages
- Design of the PCB and building the converter
- Experience field: power electronics.
- For details click [here]
- Design and building of IGBT based flexible power converters, up to 8 phases
- Design of the power stage, the current sensing, the controlled DC charging and the driver choice
- Experience field: power electronics.
- For details click [here]
- Work experience at MACCON GmbH. Munchen, Germany
- Design of permanent magnet machines, switched reluctance machines, shaded pole machines, induction machine
- Experience field: industry
- Analysis, design, modelling and building of novel modular switched reluctance machine for safety critical applications
- Experience field: reseach
- For details click [here]
- Building a complete laboratory test bech for emulating a wind energy conversion system
- Emulation of the wind turbine based on a DC machine
- Permanent magnet synchronous generator as conversion unit
- Design and building of a back to back power converter of about 30kW
- Implementation of the control of the entire system using an 1104 and an 1103 dSPACE cards
- Experience field: research
- For details click [here]
- Analysis, design, modelling and building of an propulsion unit for light electric vehicle
- Design, modelling and building of a 4 phase switched reluctance machine
- Simulation of several control strategies for liniarization of the torque characteristic
- Design and building of a low voltage high current electronic power converter
- Implementation of the control strategies using a dSPACE 1103 card
- Experience field: research
- For details click [here]
Electrical drives and their control strategies:
- Design, modelling and bulding of several electrical machine structures
- Design and building of high and low power electronic converters
- dSPACE RealTime operation for electronic control of electrical machines
- National Instruments GPIC RealTime and FPGA based control
Software usage skills:
- Matlab codding and Matlab Simulink programing
- National Instruments LabView programing
- Mathsoft Matcad programing
- Cedrat Flux 2D & 3D modelling
- SPEED modelling
- LMS Imagine Lab.Amesim modelling
- AutoCAD design
- Solid Works 3D design
Programming skills:
- Pascal
- C++
- CSS
- HTML
- PHP
- SQL
Software certificates:
- Flux10 3D Electrical Machine Simulation Training Course, Lyon, 2007. By CEDRAT S.A (France)
- The S.P.E.E.D. Electrical Machine Simulation Training Course, Munchen, 2007. By: SPEED Laboratory, Univerity of Glasgow