Valerii Dormenev

· Established and experimentally benchmarked a qualified technology portfolio of 100+ optical, and semiconductor components including scintillators, photosensors, lasers, and LEDs through systematic characterisation and feasibility studies, reducing component selection and qualification time while accelerating detector R&D and prototype development · Led 10+ international particle beam test campaigns by developing custom data acquisition (DAQ) systems and coordinating multidisciplinary teams, successfully

· Developed and implemented a novel particle beam irradiation algorithm by optimizing beam scanning for large-area sample irradiation, achieving ≤1% dose non-uniformity while reducing beam operating time and shortening turnaround between irradiation campaigns from days to hours · Coordinated the end-to-end R&D of a high-count-rate charged-particle tracking system utilizing hybrid pixel and double-sided silicon strip detectors by integrating detector design with experimental validation using charged-partic

· Pioneered and patented a novel light-stimulated recovery technology by regenerating radiation-damaged of scintillation detectors, extending detector operational lifetime from years to decades in strong radiation fields (International Patent TM 382_DE) ·  Designed, developed, and experimentally validated 10+ ionizing radiation detector prototypes by integrating scintillators, photodetectors, and custom instrumentation and verifying performance using electron, proton, neutron, gamma-ray, and ion beams, del

· Designed simulation workflows and conducted performance optimisation studies for two particle beam detector prototypes using GEANT4 Monte Carlo modelling; translated simulation results into engineering design decisions, accelerating prototype refinement and enabling integration into a large-scale beam-based detection system ·  Led the end-to-end development custom measurement and characterisation systems (optical spectrometers, multichannel DAQ systems, picoseconds timing analysers) from system concept a

• Contributed to R&D on new generation of PbWO4 scintillator for high-energy physics applications • Designed 3 DAQ systems for experimental high-energy physics and nuclear spectroscopy, data analysis • Performed initial tests on scintillator prototypes, supervised 5+ MSc/BSc theses on particle beam instrumentation

• Contributed to R&D on scintillators for high-energy and nuclear physics experiments (e.g. BTeV@LANL, CMS@CERN) • Data analysis of scintillators mass-production for CMS ECAL (CERN) • Assisted in development of 5+ experimental setups for ionizing radiation detectors