EBRAINS Brain Simulation School 2022 [ 30 May – 3 June 2022 ] Training on Single Neuron Models, Brain Circuit Models, Cognition, Collaboratory, Synaptic Plasticity and Learning. Oral presentation under the title: “Modeling the formation of a hippocampal place cell”.

AIRCAD 2022 1st International Workshop on Artificial Intelligence and Radiomics in Computer-aided Diagnosis [ May 2022 ] Address: Lecce (Italy) Oral presentation under the title: Place cell’s Computational Model. 

Master Degree in Neurobiology University of Rome “La Sapienza” [ 23 Oct 20 ] Final grade : 110/110 cum laude 

HBP School: “ The Brain Simulation Platform of the Human Brain Project” [ 17 Sep 18 – 21 Sep 18 ] 

Bachelor’s degree in Physical Sciences and Technologies University of Palermo[ 21 Mar 17 ] Final grade : 107/110.

School of Brain Cells and Circuits <<Camillo Golgi>> [ 29 Nov 15 – 3 Dec 15 ] Participation in the first International School of Brain Cells and Circuits <<Camillo Golgi>> course on the theme: “Modeling the Brain: From neurons to integrated system”. 

High School Diploma Liceo Classico Statale “Giovanni Meli” [ 2011 –2012 ].

PhD in Molecular and Clinical Medicine. Department of internal medicine and medical specialties, Palermo, Italy [ 1 Nov 2021 – Today] in collaboration with Ri.MED Foundation, expert in Neuroscience

Research Grant Department of Physiology and Pharmacology “Vittorio Erspamer” University of Rome “ La Sapienza” [ 1 Mar 2021 – 31 Oct 2022] Study of the Influence of complex reward computation and working memory load on decision-making: A combined theoretical, human and non – human primate approach. Computation approaches to neuronal dynamics in decision making tasks as part of the European Research Project : “COREDEM”. Topics: basic and advanced methods of behavioral neurophysiology, including recording of neural activity in non-human primates during cognitive tasks and motor behavior; multiscale analysis (LFP, MUA, SUA) of neuronal processes in decision making; the spatio-temporal organization of efferent cortical systems and the implications of such organization on the dynamics of the interaction between cerebral cortical areas; characterization of the dynamic properties of neurons in parietal, frontal and prefrontal areas in non-human primates.

Cooperation contract National Research Council Biophysics Institute [ 10 Jul 18 – 28 Feb 20 ] City: Palermo Country: Italy Implementation of a realistic computational model of the Hippocampus CA1 region as part of the Research Project: “ HUMAN BRAIN PROJECT SGA 2 ”(HBP SGA 2).