• – Cadence Virtuoso (8 mesi)
• – Semiconductor Parameter Analyzer (6 mesi)
• – VHDL (6 mesi)
• – MATLAB (6 mesi)
• System C++, ROOT (object-oriented program)
• LATEX
• – C++ (programmazione a oggetti) (5 anni)

• Inglese (C2)

– Laurea triennale in Fisica presso Università degli Studi di Milano
– Laurea magistrale in Fisica (percorso Elettronica) presso Università degli Studi di Milano

Education

2012–2015 Master degree in Physics (path in Electronics), Universita’ degli Studi di Milano. 2009–2012 Bachelor degree in Physics, Universita’ degli Studi di Milano. Thesis Master degree (final vote: 110/110) Title Study of pixel detectors in BCD (BIPOLAR – CMOS – DMOS) technology Supervisors Valentino Liberali, Mauro Citterio, Attilio Andreazza Bachelor degree (final vote: 96/110) Titolo Discriminazione degli impulsi di segnale e di fondo nell’esperimento di materia oscura DARKSIDE-50 (tesi in italiano) Title Pulse Shape Discrimination between Signal and Background in Dark Matter experiment DARKSIDE-50 (thesis in italian) Supervisors Emanuela Meroni, Gioacchino Ranucci Computer skills – Operating systems: Linux, Microsoft Windows – Office Suite: Microsoft Office, Open-office Electronics CAD – Cadence Virtuoso (layout) – Cadence Spectre (simulation)

Programming languages Hardware VHDL System C++, ROOT (object-oriented program) Other MATLAB, LATEX Languages Italian Mothertongue English Intermediate Study Path During my first level degree I got interested into the detector Darkside-50, which uses Argon liquid as scintillator to detect particles. Darkside-50 is designed to detect Weakly Interacting Massive Particles (WIMPs). My bachelor thesis focused on a method to discriminate the nuclear scattering caused by neutral particles (like WIMPs and Neutrons) from background radiation. This discrimination method was based on the different shape of signals generated by the two types of scattering. After my Bachelor Degree I got interested into electronics and I chose the specialization in Electronics. My master thesis research activity is part of a joint project between the Istituto Nazionale di Fisica Nucleare and STMicroelectronics, to design and produce innovative pixel detectors for ionizing radiation, using BCD8 technology. The first application of the new devices will be within the ATLAS experiments at CERN. A part of my thesis was about signal and noise analysis and simulations of the first design of pixel detector in BCD technology. An other part of my thesis was about test resistance of this BCD technology in radiation environment. I have characterized MOS transistors in BCD technology before and after irradiation with protons at Laboratori Nazionali del Sud in Catania, and step-by-step with γ-rays at Laboratiorio Energia Nucleare Applicata in Pavia.

On September 25th I presented all results obtained in these experiments at 101st Congress of Società Italiana di Fisica. Interests – Music (Piano, Organ, Choir director)