Marco MANDURRINO, Ph.D.
INFN – Istituto Nazionale di Fisica Nucleare | Turin Division
Particle Detector Designer

▪ Senior Research Fellow at INFN as developer of monolithic CMOS sensors for particle tracking and timing in high-energy physics experiments
▪ Expert on Particle Tracking, Solid-State Physics, Electronic Devices, Silicon Technologies, Physics-based Numerical Modeling and Simulation
▪ Member of CMS (until 2022), RD50, MUCOL, ALICE (from 2023) and DRD3 Collaborations at CERN
▪ Former Grant Holder and Principal Investigator of the RSD experiment at INFN

Physicist and Engineer (B.Sc. in Physics, M.Sc. in Engineering Physics, Ph.D. in Electronic Engineering), specialist in solid state physics, particle tracking, silicon technologies, computational physics and electronic devices, he worked at Politecnico di Torino (Italy) mainly focusing his activity on the study and modeling of quantum tunneling in semiconductor nanostructures and its correlation with crystal defects, especially for what concerns trap-assisted-tunneling (TAT) and band-to-band tunneling (BTBT) in nitride-based diodes and HgCdTe IR detectors. He has been involved as Grant Holder and Principal Investigator at INFN in a project – the “Resistive AC-Coupled Silicon Detectors” (RSD) experiment – whose aim was to design and optimize new generations of high-precision and radiation-resistant silicon particle detectors for ultra-fast timing measurements in the high-luminosity LHC (HL-LHC) at CERN. Within the RSD project, he designed and leaded two batches of RSD sensors, which demonstrated to achieve outstanding time and space resolutions (picosecond and micron level). Actually, he works as Senior Research Fellow at INFN in the design and characterization of monolithic CMOS pixel detectors for particle tracking. He is author of more than 170 publications, including books, patents, journal papers and conference contributions. See the full CV and the complete list of publications

▪ 2019–Present: Member of the ARCADIA and RD_MUCOL projects at INFN
▪ 2016–Present: Member of CMS (until 2022), RD50, MUCOL, ALICE (from 2023) and DRD3 Collaborations at CERN
▪ 2018–2020: Head of the RSD project at INFN
▪ 2017–2022: Member of the UFSD project and of FARE_R165XR8FRT and PRIN_2017L2XKJ Italian grants at INFN

▪ 2024–Present: Convener of the “WG 4 - Simulation” within the DRD3 Collaboration at CERN
▪ 2024–Present: Editor of the Special Topic “High-performance silicon sensors for particle tracking in 4 dimensions” of Frontiers in Physics
▪ 2023–Present: Member of the Associate Editor Board of the “Radiation Detectors and Imaging” Specialty Section of Frontiers in Physics
▪ 2018–Present: Reference person for Modeling, Simulation and Layout Design of Particle Detectors and for Process Simulation at INFN Torino
▪ 2017–Present: Reviewer for Appl. Phys. Lett., J. Comput. Electron., IEEE Trans. Nucl. Sci., Phys. Status Solidi A, Front. Phys., Micromachines
▪ 2021–2023: Editor of the Special Topic “Physics-based numerical modeling and design of particle detectorss” of Frontiers in Physics
▪ 2019–2022: Stage/Thesis Supervisor of doctoral/graduate/undergraduate students in Physics at Università degli Studi di Torino, Italy
▪ 2018–2022: Reference person of the Torino INFN Computational Cloud for RSD, UFSD and ARCADIA experiments
▪ 2018–2020: Head of the RSD experiment at INFN
▪ 2019: Representative speaker of the RD50 Collaboration at the “CTD-WIT 2019” in Valencia, Spain
▪ 2018: Local Committee Member at the “11th Workshop on Picosecond Timing Detectors for Physics and Applications”

▪ 2021: Industrial patent n.102021000011444 granted by the “Italian Ministry of Enterprises and Made in Italy” about innovative readout design in RSD sensors

▪ 2021: Co-author of the first book about UFSD, “An introduction to Ultra-Fast Silicon Detectors” , published by Taylor & Francis
▪ 2020: CERN Detector Seminar “Innovative silicon sensors for future trackers” about RSD
▪ 2019: Ph.D. course (16 hours) “Numerical simulation of silicon particle detectors” for doctoral students in Physics at Università degli Studi di Torino
▪ 2018–2019: Seminars on the numerical simulation of silicon particle detectors for Master students in Physics at Università degli Studi di Torino
▪ 2014: Teaching Assistant (21 hours) of the laboratories on numerical simulation for Master students at Politecnico di Torino

▪ 2020: Recipient of the “2020 IEEE NSS/MIC Trainee Grant” to attend the “2020 IEEE Nuclear Science Symposium” (virtual)
▪ 2019: Recipient of the “2019 IEEE NSS/MIC Trainee Grant” to attend the “2019 IEEE Nuclear Science Symposium” in Manchester, UK
▪ 2018: Recipient of the “2018 IEEE NSS/MIC Trainee Grant” to attend the “2018 IEEE Nuclear Science Symposium” in Sydney, Australia
▪ 2017: First ranked at the national call “2017 INFN Young Researchers Grant” to award projects funding
▪ 2014: Recipient of a doctoral scholarship awarded by the Compagnia di San Paolo to fund the program on Electronic Devices

Address: INFN, Via Pietro Giuria 1, 10125 Turin, Italy (map )
Office(s): rooms A39 and A31 (VLSI lab), 1st floor, old building
Work phone(s): +39.011.670.7420 and 7380
E-mail #1: marco {dot} mandurrino {at} to.infn.it
E-mail #2: marco {dot} mandurrino {at} cern.ch
Personal web: www.marcomandurrino.com