• Testing and Validation

April 2016 until now Grugliasco – AGAP Production service engineer for DSA , Mirafiori è AGAP

DSA Daten- und Systemtechnik GmbH Mirafiori MASERATI GHIBLI and QUATTROPORTE Model Year 17, Model Year 18; Testing in production line Direct relations with the customer to set test in line Data sending to MES server for new model year ECUs contents Implementing new process standars for testing and validation Linux Server maintaneance ECUs Traceability Hardware used : DSA MFT3 DSA MTS DSA ICP3 Software used :  PRODIS  VNC  PUTTY  WINSCP  Total Commander

July 2015 to April 2016 Turin – Mirafiori Plant Production Service Engineer for DSA Daten- und Systemtechnik GmbH Mirafiori MASERATI LEVANTE PROJECT : Full installation and configuration of the entire diagnosys backbone. Testing in production line Direct relations with the customer to set test in line Wiring cables to test door station Worked with BEPco for the Wheel Alignment bench test and the Roll test Worked with NKE for the Filling bench test

Mounting hardware facilities for MTS devices in the production line Basic knowledge of MES Server. Worked with Bosch for the Gas Emission bench test Hardware used : DSA MFT3 DSA MTS DSA ICP3 Software used :  PRODIS  VNC  PUTTY  WINSCP  Total Commander

April 2015 to July 2015 Modena – Maranello Ferrari After Sales Service Engineer for DSA Daten- und Systemtechnik GmbH Training period in DSA Modena Office. I obtained basic knowledge of DSA system diagnosys automotive tool. I worked with our proprietary software PRODIS to predispone test sequence software in the field of automotive. I learned basis of linux systemdevices. I had a course of CANalyzer. Basic knowledge of TCP/IP net. ECU Debugging IDT Protocol UDS (Unified Diagnostic Services) KWP2000 Hardware used : DSA MFT3 DSA MTS DSA ICP3 Training in production line working in Maranello Ferrari Plant. Software used : PRODIS CANalyzer VNC WINSCP

October 2013 to July 2014 Researcher Assistant Thin Films Laboratory, UNIPA http://www.dieet.unipa.it/tfl/index.html I worked on my Master Thesis “ Photo and Thermal Stability of White LED LUMOGEN based”. I studied the weathering of an organic coating, composed by a poly-metil-matacrilate matrix, dissolved in ethyl acetate, in which has been dissolved an organic yellow photoluminescent dye perylene based, which has permitted to convert part of the light radiation emitted from the source, an inorganic blue LED (GaN/InGaN) ,so generating warm white light. "Stability improvement of PMMA and Lumogen® coatings for hybrid white LEDs" (image link) (Poster presented at the Tenth International Conference on Electroluminescence and Optoelectronic Devices" (ICEL-10), held in Cologne, Germany, from 31st August to 3rd September 2014.) Hybrid white LEDs employing perylene-based dyes for the frequency down-conversion of blue light, generated by a standard inorganic source, suffer from colour rendering variations due to the degradation of the organic molecule under prolonged irradiation. To avoid such inconvenient, proper encapsulation of the dyes in resins or other polymer matrices can prevent their accelerated ageing; nevertheless, embedding polymers canal so exhibit significant bleaching caused by chemico-physical agents. Among all, polymethylmethacrilate (PMMA) is one of the most used materials for the fabrication of hybrid LEDs' colour conversion coatings, therefore its stability needs to be investigated Main activities and responsibilities : Deposition process : Spin-Coating Dip-Coating Pulsed Laser Deposition Instruments used : Spectrophotometers OceanOptics SD2000 and HR4000 Monochromator (Acton, mod. 275) equipped with gratings suitable for the visible and near IR radiations, photomultiplier and fibre optics bundle Picoamperometer/voltage supply (Keithley, model 6487) Newport Model 325 Temperature Controller Optical bench (TMC) Probe-station Lab-Software used : Labview SpectraSuite –Spectroscopy Platform. Ocean Optics Origin

STUDI

November 2009 – March 2014 Master in Electronics and Photonics Grade : 110/110 plus honor. Summa cum Laude

The system was developed with the purpose to automate and to make more efficient systems used for street lighting as a function of environmental conditions and the influx of vehicles. The system is able to discriminate between the night and the day, it is capable of switching on in the first case and switch off in the second, and, according to the vehicles, is able to vary the light intensity bringing it from a minimum value, in conditions of open road, to a maximum value, in terms of the presence of flow of traffic through the interface with the PIR sensors. Were made two streetlights prototypes, the communication between the devices is wireless, it uses the standard IEEE 802.15.4 for communication. Hardware and software used : SMARTRF05EB (Evaluation board) CC2530 (Texas Instruments microcontroller) Luxdrive Buckblock ( Current driver for LEDs) IAR Embedded Workbench ( Software tool) September 2003 – November 2009 Bachelor in Electronics Grade : 97/110

September 2003 – November 2009 Bachelor in Electronics Grade : 97/110 Bachelor thesis : “Electrowetting : how to control and manage a droplet ▪ Digital Electronics ▪ Analogue Electronics

September 1998 – September 2003 High School Diploma specialising in scientific subjects – Grade :91/100 (Liceo Scientifico Stanislao Cannizzaro)

PERSONAL SKILLS

Mother tongue(s) Italian

Other language(s)

English B2

Communication skills During my studies I acquired a good communicative attitude that helped me to have a good capacity to relate myself with the others. I'm able to work both autonomously and in team, a circumstance I prefer since I enjoy taking creative hints from the group of people I work with. The main focus of my efforts is to deliver quality works respecting each deadline. Good sense to take initiatives, to use all possible resources with the means given, found on the spot.

Artistic skills and competences Good informatic capability gained during my studies and my spare time. Good knowledge of : Autocad, Circuit Maker, Labview, AWR Microwave Office, Xilinx, Modelsim. I also studied and worked with : C-Language, VHDL and Linux Hobbies : Music, I have been playing guitar and bass guitar in several bands here in Palermo. I really do like cinema, science fiction above all. When I have some spare time to spend, I like to travel and to know different countries. I like sports, playing soccer and going to the stadium to support my team