1 Sep 2014 – 31 Dec 2018 Software developer at Fondazione Bruno Kessler Trento, Embedded System unity. Main projects and activities preformed: • Introduction and customization of the testing framework Pytest, ported thousands of test cases from the former system to the new one. Also added the parallelization feature, in order to run tests on a cluster. • Develop, test and maintenance of the continuous integration system, based on tools Gitlab – Jenkins and also Gitlab – Gitlab-Ci. • Implement wegbui interface to show informations and control a remote system. Server based on Flask framework. Database interfaced with sqlalchemy libray. Client developed using html, javascript, bootstrap, also plotly to show graphs • Maintenance of the tools building system. Update activity of the cross compiling system for Windows machines. • Implementation of code documentation system (Doxygen).

Education 25 March 2014 Master’s degree in electronic and telecommunications engineering, University of Ferrara, top grade (110/110 + Lode). Thesis: Resource Allocation in relay-assisted uplink LTE-A systems. Advisor: Prof. V.Tralli, Co-Advisor: Doc. S.Cicalò. 22 June 2011 Bachelor’s degree in information engineering (telecommunications), University of Ferrara, final mark 107/110. Thesis: Power allocation techniques for relay-assisted wireless systems. Advisor: Prof. A.Conti. 2007 High school leaving qualification of technical in electrical and automation, Institute “Copernico-Carpeggiani” of Ferrara, top grade (100/100). Academic knowledge • Telecommunications networks (protocols, multimedia coding, network programming, P2P network protocols, security, networking in Linux environment). • Telecommunications systems (modulations, wireless, information’s theory and codes, numerical transmissions, numerical filters). • Propagation (free space, guided, antennas, electromagnetic compatibility, radio engineering, optical fibers).  • Electronic for telecommunications (power supply, integrated analogical circuit). • Operative research (optimization problems and resolutions method, genetic algorithms). • Chaotic maps theory and principal practical applications (random number generators, electromagnetic immunity). • Compressed sensing (basic). • Usage of electronic measurement instruments (function generator, power supply, spectrum analyzer, oscilloscope). • FPGA programming. Computer skills and programming languages Better Python, pytest, gitlab, Jenkins, Matlab Good Javascript, html, C, bash, cmake Basic MySQL, postgresql, perl, C++, Java, Simulink, VHDL, Mathematica, 4nec2, Assembler, PSpice, Microwave office Tools Docker, tesseract-ocr, git, svn, emacs, Linux, Latex, NetBeans, Eclipse, Office, Autocad 2D Personal Skills • Good capability of learn new protocols and programming languages. • Good capability of communication, manage and team-work, obtained during many academic project, thesis internships and during the current job. Languages Understanding Speaking Reading Writing Italian Mothertongue English B2 B2 B2 B2 Portuguese B2 B2 B2 B2 French A1 A1 A1 A1