Tcms sw

Automation systems for industrial plants development by Rockweel and Siemens pics

Consulente presso Cisco photonics

Progettazione e sviluppo di sistemi di controllo per macchine da taglio subacqueeIl sistema distribuito comprende una unità di interfaccia operatore e più unità di elaborazione , acquisizione ingressi ed attuazione di uscite, collegati via CAN bus.L’unità di elaborazione master è un PLC embedded ( ESX STW ) programmato in linguaggio CodeSys.L'interfaccia operatore è costituita da un computer con touch screen programmato in linguaggio di alto livelloATTIVITA' :- Analisi dell'architettura del sistema - Implementazione del software e del firmware- tarature e test del sistema - gestione della messa in servizio on site- manutenzione del sistemaPRINCIPALI TOOLS UTILIZZATI : CodeSys V2 , CodeSys V3, Mvision, PCAN-ViewCOMPETENZE TECNICHE SVILUPPATE :Sensoristica, drives motori, elettrovalvole

Software development for transponder and muxponder cards in photonic environment. The system consists of a multihaul platform supporting client signals in C band by assigning them a wavelength and multiplexing them together onto the line. The card maps the client signal to the payload of a colored optical channel, adding an overhead.The C++ language is used with a Motorola 8260 microprocessor, in a Linux embedded environment Agile/scrum technique for software development

software and firmware development for automotive systems based on mcroprocessor MOTOROLA,Fujitsu , automotive PLCs , up to embedded system ARM basedusing the C and the CoDeSys programming languagesData exchange management via CAN networkusing C++ programming language and VisualC ,in Windows CE operating systemMPLAB-IDE as microprocessor development environmentusing a Linux operating system customized from kernel to be used in the embedded machine for remote control of the plantusb driver for communication betweeen embedded system and computerBootloader for system based on 90340 F²MC16LX Fujitsu microprocessor

Data exchange between one Maestro-Unix computer and a plant supervisor via Ethernet, using Visual C++ and the TCP/IP protocol

Second level software designing systems for the automation of industrial processes. My competence in the implementation of a system includes the drawing up of the functional specifications of the software part of the system itself, designing and implementing programs, with the relevant documentation and test procedures, and finally the management of the on-site start-up. I have worked with PCs (DOS, Windows, Windows NT) using the Visual Basic, Visual C and C++ languages