• Work alongside the Board to solve high priority problems and drive key decisions around strategy and execution• Design, build, and own foundational reporting that enables company leaders to better understand the trends and opportunities• Deliver ad hoc analyses that answer key questions and further strategic initiatives• Develop and implement experiments that maximize learning in a short period of time• Build and scale strategic plans to drive scaling while continuously improving efficiency and value proposition• Work alongside marketing leaders across brand and growth to solve high priority problems and drive key decisions around strategy and execution• Learn what it takes to build a world-changing startup, both by scouting and a constant study+research+develop enthusiasm-driven approach

Personal duties: ASIC design with the aim to realize the custom very-front-end electronics for the ultra fast silicon sensors adopted by the MoVeIT project. From "PSD11: The 11th International Conference on Position Sensitive Detectors"ABSTRACT: To fully exploit the physics potentials of particle therapy in delivering dose with high accuracy and selectivity, charged particle therapy needs further improvement. To this scope, a multidisciplinary project (MoVeIT) of the Italian National Institute for Nuclear Physics (INFN) aims at translating research in charged particle therapy into clinical outcome. New models in the treatment planning system are being developed and validated, using dedicated devices for beam characterization and monitoring in radiobiological and clinical irradiations. Innovative silicon detectors with internal gain layer (LGAD) represent a promising option, overcoming the limits of currently used ionization chambers.Two devices are being developed: one to directly count individual protons at high rates, exploiting the large signal-to-noise ratio and fast collection time in small thicknesses (1 ns in 50 μm) of LGADs, the second to measure the beam energy with time-of-flight techniques, using LGADs optimized for excellent time resolutions (Ultra Fast Silicon Detectors, UFSDs).

Consulting:knlowledge transfer related to front-end design for particle detectors in High Energy Physics applications.Keywords:Particle Physics, Radiation detectors, VLSI electronics, ASIC

DET PhD student of "Politecnico di Torino".Research area B- Electronic Devices is in cooperation with INFN (the Italian Institute for Nuclear Physics)

The Mini-EUSO telescope is designed to perform observations of the UV light emission from Earth. The mission is devised with the intention of raising the technology readiness level (TRL) of the future JEM-EUSO mission to observe ultra-high energy cosmic rays (UHECRs) from space. The Mini-EUSO measurements will be performed from within the International Space Station (ISS) through a UV transparent window in the Russian Zvezda Service Module. Through UV Earth observation, Mini-EUSO presents the opportunity to study a diverse range of scientific phenomena including atmospheric physics, strange quark matter, bioluminescence and UHECRs. Furthermore, Mini-EUSO is the first step in a roadmap of potential space debris removal via laser ablation. The future JEM-EUSO instrument will only be able to detect cosmic rays with energies down to a well-defined minimum value. This is because the flux of UV photons generated by the cosmic ray’s interaction with the atmosphere must be greater than that of the flux of UV photons reflected from the Earth during night observation. For this reason, it is critical to study this UV background as seen from the ISS using Mini-EUSO as a pathfinder before proceeding with the main JEM-EUSO mission.The Mini-EUSO instrument comprises a compact telescope with a large field of view (±19°), based on an optical system employing two Fresnel lenses for increased light collection. The UV light is focused onto an array of photo-multiplier tubes (PMTs) and the resulting signal is converted into digital data, processed and stored via the electronics subsystems on-board. Since the Mini-EUSO telescope detects different kind of events (e.g. meteors and lightnings), the readout logic is thought to be smart in that sense, thus to dedicate different level of time resolution, organized with a multi-level trigger logic. Moreover this logic implies a useful data compaction.

Collaborazione al progetto Mini EUSO per l'esperimento JEM EUSO

Collaboration between DE.TEC.TOR S.r.l. and Turin section of INFN, with the aim to develop a new ASIC (Application Specific Integrated Circuit). This chip will be used as core of the read-out system for ioniation chambers, for hadrontherapy applications. Collaborazione tra DE.TEC.TOR. SRL e la sezione di Torino dell'Istituto Nazionale di Fisica Nucleare, con l'obiettivo di sviluppare un nuovo ASIC (circuito integrato ad applicazione specifica). Il chip verrà utilizzato nel read-out di camere a ionizzazione utilizzate in adroterapia.