I am a member of the "Machinery & Tool and Purchasing" team. I deal with software standardization and automation. Management of electrical and software specifications and electrical and software design of automatic machines.

The company supplies marketing and technical services on demand, design, building and installation of Building Automation Systems, startup system for the collection of heat and water consumption.Main activities in which I'm involved:- maintain and upgrade the network infrastructures,- management of Linux and Windows servers,- software development on Windows and Linux environments,- manage SUGAR CRM and develop new services,- analyze and find innovative solutions related to remote control systems, mainly in the field of heating, ventilating and air conditioning, energy saving.

Project leading and development of SCADA systems , supervisory and automation software, robotic programming, quality control software, traceability systems, co-ordination and methodologies for software development.Main Tools:- Artificial Vision Libraries: MVTec Halcon, Cognex VisionPro, - 3D Sensors Systems: Cognex Vision Controllers VC5, Cognex 3D Laser Profilers , LMI3D Laser Profilers and Snapshot Sensors,- Development and Interfacing with different PLC systems: Siemens S7, PROFINET., Allen Bradley, Ethernet/IP,- Robot Manipulators: MITSHUBISHI, COMAU, YASKAWA, FANUC Main Customers:SEDA Italy S.p.a., FCA Group, Amtek Tekfor Holding GmbH, Loccioni Group, Pirelli Tyre spa, HT&L fitting Italia srl

I was qualified as accredited supplier by the company and I offer them services as senior software engineer mainly in industrial automation, process control, monitoring, supervision and control of the production.Main Projects and achievements:- development of the software supervising automated packaging system in productive plant (MS Visual C++, Visual Studio 2008, MFC),- programming of YASKAWA robot manipulator (Motoman INFORM language for XRC controller),- development of supervising software of test benches used at quality laboratory (Visual Studio .NET ).

After a short period spent in support of the existing work team, I became responsible for the management and development of projects related to the access control system solution, composed by embedded modules, field components, and by an IT infrastructure for the management and supervision. Within this role I develop firmware for a control board equipped with microcontrollers belonging to the Rabbit Core 2000/3000/5000 families.Main tasks and achievements:- project management,- analysis of environment and setting up of software and Embeeded hardware requirement specifications,- design of hardware and software components, and interactions with existing systems installed at customer,- firmware development (Dynamic C IDE), debug and regression tests,- firmware versioning (SVN),- firmware documentation (Doxygen),- coordination of the development team for server-side software,- identification and procurement of components from suppliers and develop of custom hardware components (OrCAD Capture, PSPice simulator, OrCAD Layout),- preparation of the test plans in cooperation with development team for server-side software,- installation and testing of the system at the customer,- training and support to end user. Maintenance of installed systems.Main improvements over time:- optimization of the firmware in speed and memory usage,- ability to update the firmware remotely,- introduction of RFID technology,

Engineering, management and strategic planning for the following projects:• UBICARE (UBIquitous CAREgiver). The project was developed incollaboration with six companies and is aimed to build a first prototype of anon-invasive health monitoring system for patients affected by Alzheimer'sdisease,• FARM (Free Architecture and Rational Methodology). The aim of the projectwas to produce the formalization of a comprehensive process which leads thesoftware development team to correctly describe all the business processesand computerizes them through a “technological framework” capable ofgenerating code starting from results produced in the phases of analysis anddesign,• I2CITY (Infrastructure toward a Smart City). This consists of a pilot projectdesigned to verify the feasibility of an ICT infrastructure for the developmentand delivery of new services to citizen. Main objectives are related to thecontrol of public lighting, traffic control and environmental monitoring.

During the PhD program, I was involved in the development of software for data analysis at the laboratory of biomagnetism within the University.Main Projects:- Implementation in C++ of a software for the estimate of solution for the inverse problem using mathematical models of the brain developed with the help of MATLAB. The software produced has been used in the laboratory of bio-magnetism for analysis and localization of brain activity through the use of Magnetoencephalography (MEG) signals. (MS Visual C++, Matlab, C++ NR )- Development of a set of programs for pre-processing and de-noising of magnetoencephalographic recordings (MEG) at the laboratory of biomagnetism within the University of Chieti (ITALY) (MS Visual C++, Matlab, C++ NR, gcc )Secondary tasks were:- Management of ICT infrastructure of the entire department (datacenter and workstations)

-Optical Physics course-Applied Physics course