- Consultant for the development of Grain-Oriented Electrical Steel production technology in ArcelorMittal Global R&D Gent in Zelzate-Zwijnaarde (Belgium) and at AMFM company of AM group in Frydek-Mistek (Czech Republic):- Up-stream process development of Cu-AlN technological solutions based on Compact Strip Processing (CSP) technology (patented: WO2014020369A1, WO2014020406A1); - Down-stream processing development for quality improvement to achieve near HGO grades - J800 ~ 1.87-1.88T;

- Settlement and put-in-practice of investigation methods, used in R&D and quality development of Grain-Oriented electrical steel production: e.g. investigation of precipitate structure, texture, surface oxide layer properties, tension measurement of glass film & insulation coating, measurement & analysis of magnetic properties;- Development of Grain-Oriented Electrical Steel production technology, based on the Cu-AlN technological route in AMFM company of AM group: e.g. composition… Show more - Settlement and put-in-practice of investigation methods, used in R&D and quality development of Grain-Oriented electrical steel production: e.g. investigation of precipitate structure, texture, surface oxide layer properties, tension measurement of glass film & insulation coating, measurement & analysis of magnetic properties;- Development of Grain-Oriented Electrical Steel production technology, based on the Cu-AlN technological route in AMFM company of AM group: e.g. composition refinement to improve polarisation (J800) and core losses (P1.7T); Optimisation of hot-rolling process; Improvement of glass film formation, decarburisation, box annealing processes, etc.; Show less

- Application of PVD and CVD technologies providing highly tensioned, low noise emission coatings – TiN, TiO2, DLC - on grain-oriented electrical steels;- Domain refinement technologies: development of laser scribing technology by means of high power ILS-fiber laser sources; Planning and construction of laser scribing pilot system for technological optimisation;- Development of magnetic measurement set-up for improved magnetostriction measurment method on GO & NO steels, combined with… Show more - Application of PVD and CVD technologies providing highly tensioned, low noise emission coatings – TiN, TiO2, DLC - on grain-oriented electrical steels;- Domain refinement technologies: development of laser scribing technology by means of high power ILS-fiber laser sources; Planning and construction of laser scribing pilot system for technological optimisation;- Development of magnetic measurement set-up for improved magnetostriction measurment method on GO & NO steels, combined with acoustic noise measurement on single sheet & stacked samples; - Evaluation method and mathematical model development regarding the behaviours of magnetostriction, vibration and noise characteristics of FeSi alloys; Show less

Head of Lab. of Magnetic Measurements at Department of Special and Electrical Steels;In charge with the establishment of laboratory for magnetic measurements and qualification: - Installation of standard magnetic measurement facilities (IEC 60404- norms) for service of technological and metallurgical development of Non-Oriented and Grain-Oriented electrical steel production in AST Terni SpA;- Development of special magnetic measurment systems for thre research on NO and GO elecrical… Show more Head of Lab. of Magnetic Measurements at Department of Special and Electrical Steels;In charge with the establishment of laboratory for magnetic measurements and qualification: - Installation of standard magnetic measurement facilities (IEC 60404- norms) for service of technological and metallurgical development of Non-Oriented and Grain-Oriented electrical steel production in AST Terni SpA;- Development of special magnetic measurment systems for thre research on NO and GO elecrical steels; E.g.: AC-DC magnetostriction measument on lage single sheet samples; In-situ tension measurment of insulation coatings of GO steels; Hysterisograph with controlled magnetisation speed and waveform, etc.- Development of magnetic qualification and analysis techniques to support metallurgical and technological development of NO and GO electrial steels; E.g. model of magnetostrictive characteristics vs. microstructure and noise behaviour; magnetic loss separation vs. microstructure; Investigations and model development to describe in-plain anysotropy (B50 or P1.5T) of NO steels using ODF texture data;- Development and industrialisation of laser scribing domain refinement technologie of GO steels by means of CO2 laser sources, patented WO00073517A1;- International R&D projects on NO steel development, e.g. “CHARacterization of Losses in Electrical Steels” – ‘CHARLES’, 1996-1998, EC Contr.N°: BRPR-CT95-0019; and “On-line Measurement of Magnetic Properties of Electrical Steels” 2001-2005, ECSC Cont.N°:7210-PR-228; Show less