Experience

LIST

• Italy
• IT Services and IT Consulting
• 200 - 300 Employee

• Quantitative Analyst and Software Architect

  • May 2014 - Present

  Analysis and developing of pricing models for financial instruments, from prototyping through symbolic, numerical and statistical computing environment (Mathematica, Matlab, R) and Excel spreadsheet calculation tools, up to the actual implementation within C++ libraries/frameworks. Analysis and developing of pricing models for financial instruments, from prototyping through symbolic, numerical and statistical computing environment (Mathematica, Matlab, R) and Excel spreadsheet calculation tools, up to the actual implementation within C++ libraries/frameworks.



MessageNet

• Italy
• Telecommunications
• 1 - 100 Employee

• Mobile developer

  • Apr 2009 - Apr 2014

  Working at the iOS client application for the VoIP, messages and fax services of Messagenet. Employing and improving, among others, my knowledge in object-, multithread-, performance- and real-time-oriented programming. Entering the world of Objective-C, mobile GUI and usability. Working at the iOS client application for the VoIP, messages and fax services of Messagenet. Employing and improving, among others, my knowledge in object-, multithread-, performance- and real-time-oriented programming. Entering the world of Objective-C, mobile GUI and usability.



CERN

• Switzerland
• Research Services
• 700 & Above Employee

• Fellow

  • Jan 2007 - Dec 2008

  Working under the CMS international collaboration, I was involved in developing, testing and deploying services and tools within the gLite (EGEE) middleware framework of Grid technologies, aimed at integrating the Worldwide LHC Computing Grid (WLCG) components with the Large Hadron Collider (LHC) experiments' distributed computing system. Working under the CMS international collaboration, I was involved in developing, testing and deploying services and tools within the gLite (EGEE) middleware framework of Grid technologies, aimed at integrating the Worldwide LHC Computing Grid (WLCG) components with the Large Hadron Collider (LHC) experiments' distributed computing system.



INFN

• Research Services
• 700 & Above Employee

• Assegnista di Ricerca

  • Jun 2005 - Dec 2006

  Carrying on my PhD research program in theoretical high-energy physics through Numerical Stochastic Perturbation Theory methods. Developing and applying advanced mathematical techniques for problem modelling and solving, using different computational tools (High Performance Computing, Template Object Oriented Programming, High-Level Scripting and Dynamic Programming, Parallel Programming). Advance data analysis and information extraction (many-parameters and custom-function data… Show more Carrying on my PhD research program in theoretical high-energy physics through Numerical Stochastic Perturbation Theory methods. Developing and applying advanced mathematical techniques for problem modelling and solving, using different computational tools (High Performance Computing, Template Object Oriented Programming, High-Level Scripting and Dynamic Programming, Parallel Programming). Advance data analysis and information extraction (many-parameters and custom-function data fitting) from noised, (self-)correlated and/or biased data series, using both deep math theory (statistical and functional analysis) and computational tools (Monte Carlo numerical stochastic techniques) for error estimation. Typical fields of application include stochastic (statistical mechanics) dynamical systems found in very different topics like elementary particle physics (Lattice Gauge Theories), macromolecular biological system (protein/RNA folding) and generically many- local-minima energy landscape statistical systems (Ising and spin glasses models). Show less Carrying on my PhD research program in theoretical high-energy physics through Numerical Stochastic Perturbation Theory methods. Developing and applying advanced mathematical techniques for problem modelling and solving, using different computational tools (High Performance Computing, Template Object Oriented Programming, High-Level Scripting and Dynamic Programming, Parallel Programming). Advance data analysis and information extraction (many-parameters and custom-function data… Show more Carrying on my PhD research program in theoretical high-energy physics through Numerical Stochastic Perturbation Theory methods. Developing and applying advanced mathematical techniques for problem modelling and solving, using different computational tools (High Performance Computing, Template Object Oriented Programming, High-Level Scripting and Dynamic Programming, Parallel Programming). Advance data analysis and information extraction (many-parameters and custom-function data fitting) from noised, (self-)correlated and/or biased data series, using both deep math theory (statistical and functional analysis) and computational tools (Monte Carlo numerical stochastic techniques) for error estimation. Typical fields of application include stochastic (statistical mechanics) dynamical systems found in very different topics like elementary particle physics (Lattice Gauge Theories), macromolecular biological system (protein/RNA folding) and generically many- local-minima energy landscape statistical systems (Ising and spin glasses models). Show less



Associazione Culturale Googol

• Parma

• Consultant, assistant and player

  • 2002 - 2003

  Science for kids: shows and live experiments (from physics to astronomy) for children from kindergarten to secondary schools ages. Science for kids: shows and live experiments (from physics to astronomy) for children from kindergarten to secondary schools ages.