Gianni Luigi Paolillo

Design and development of power inverters for industrial traction.

Design power electronic converters for photovoltaic systems in the range from 1MW to 5MW. Development of charging columns for EVs of 60/90/120/150 kW type CCS and CHAdeMO.

Main functions: Development of analog and power electronics systems for ADAS automotive applications; Planning and supervision of qualification tests.

As Field Application Engineer (F.E.A.) I support Vicor's customers in finding the best solution to their power requirements using the wide range of Vicor products.

Development of analogue and power electronics system for automotive applications; Design of high power DC/DC converter and 800Vdc@400A DC/AC battery fed three-phase converter. Planning and supervision of qualification tests.

Development of high voltage power supplies for industrial x-ray systems from ± 50kV till ± 350kV with a large range of output powers from bespoke customer requirements to modifications and updates of existing product range. I was engaged in the development and use of new technologies in the field of high voltage and dielectric insulation.

Senior Engineer. Development of high voltage generators for industrial x-ray and e-beam systems from ± 50kV till ± 350kV with a maximum output power of 4.5kW. Development of the power electronics and control circuits in team. Support to the production for trouble shooting and repairs. I take care of the drawing up of the technical detailed lists, the study of feasibility and system, the planning electronic and electrical works, and of the demanded documentation in order to guarantee the respect of Qualit

Development of high voltage generators for industrial x-ray systems from ± 50kV till ± 350kV with a maximum output power of 4.5kW. Development of the power electronics and control circuits in team. Support to the production for trouble shooting and repairs.

Lead Engineer Responsible of the development of the new x-ray products. My task was the design and production of new generators and mono-blocks for medical and industrial applications. I took care of the drawing up to the technical detailed lists, the studies of feasibility and system, the planning of electronic and electrical works, and of the demanded documentation in order to guarantee the respect of Quality System and of norms CE and UL.

My tasks were those to design new x-ray mono-blocks and generators for medical and industrial applications and to organize and to manage a work group formed by seven between engineers and technicians engaged in the design of x-ray systems with powers from 250W till 15kW and tensions till 160kV. Beyond to the planning and its supervision I took care of the realization of the technical documentation from the drawing up of the technical detailed lists until the all documentation of plans necessary in order to

Responsible of a working group, formed by three technicians, in charge of the development of the electronic circuits for supervision and control, also with the use of micro-controllers, to be employed in AC/AC and AC/DC converters used for the drive of induction motors and power converters used for the control of the power in the electrical grids till 200 kV (STATICVAR and HVDC) and for the furnaces in DC till 70 kA. I took part in the commissioning of special systems HVDC and STATICVAR in Italy and abro

Designer PWM switching power suppliers with advanced frequencies of commutation till 100 kHz using power MOSFET. My task consisted in the planning and realization of a prototype power supplies to be used inside military radar systems.

eacher of "Electronics and systems" in the State Industrial Technical Institute "L. Cadorna in Casalpusterlengo (LO).

I attended the course in electronic engineering with specialization in electronicinstrumentation.