Application and Test engineer for the offshore wind turbine industry; climate chamber testing at OWI-Lab www.owi-lab.be

Department of Production Engineering, Machine Design and Automation – Noise and Vibration division. Planning and execution of tests (modal analysis, durability testing, vibration measurements) for external customers and internal research projects. Specialist in the application of TEAM CUBE 6 DOF hydraulic shaker with LMS TWR software. Use of testing equipment (dynamic shakers, acquisition systems - LMS SCADAS and LMS Test.Lab sw, sensors).Assistant for students master theses and applied projects.

R&D Testing Division – secondment in the TIRE-DYN research project (www.tiredyn.org): “Experimental and Numerical Analyses of the Dynamic Behavior of Rolling Tires in order to Improve the Tire Modeling Accuracy” (EU FP7 Marie Curie Industry-Academia Partnerships and Pathways (IAPP) Grant Agreement 251211). Measurement campaign for the investigation of “Experimental Acoustic Modal Analysis of an Automotive Cabin”.

Initial research position in “Model-based condition monitoring”. Study on the implementation of TPA (Transfer Path Analysis) on a mechanical system for internal force identification. Investigation on degradation models for RUL of components.

Mechanical industry, one of the leaders in turnkey steelworks and rolling mill plants – Full-time employee at Danieli Service division, Advanced Maintenance Systems office. Member of the development team of DanieliCMS (Condition Monitoring System) for vibration monitoring and analysis of rotating equipments for Danieli rolling mill plants worldwide – and of DMMS (Danieli Maintenance Management System), a computerized tool for maintenance purposes.