BANDO PER UNO STAGE DA SVOLGERE PRESSO IBM ITALIA SPA

Breve descrizione dell’azienda: Leader mondiale nell’Information Technology

Oggetto dello stage: Attivita’ di CVT automation per la component OS Agent di ITM

Durata del tirocinio: da 3 a 6 mesi, a partire da Febbraio 2010

Divisione di svolgimento del Tirocinio: Laboratorio Sviluppo Software

Sede di svolgimento: Roma – Via Sciangai 53

Posti disponibili: 1

Obiettivi del tirocinio:
Disegnare e sviluppare una soluzione automatizzata di raccolta dati da sistemi operativi in un ambiente distribuito che permetta di automatizzare scenari di test e verificare il funzionamento di un prodotto nell’ambito del system manangement. Si avra’ la possibilita’ di acquisire skills di sviluppo in ambiente Eclipse, di System monitoring, di anali e risoluzione dei problemi in generale, conoscenze sui prodotti Tivoli dell’IBM.

Requisiti del tirocinante:
– Laureando in Ingegneria o Informatica (triennale o specialistica)
– Buona conoscenza della lingua Inglese
– Windows, Linux, Unix, C/C++, Java

Facilitazioni previste: Assegno di studio – Trasporti aziendali (da/per fermata Metropolitana)

I candidati interessati dovranno collegarsi al sito http://www-05.ibm.com/employment/it/stage/stage.html
• selezionare l’offerta “Area Sviluppo Software Group”
• registrarsi come nuovo utente
• Job Catergory (selezionare tutte le aree)
• Region (selezionare Europe, Middle East and Africa)
• Country (Italy)
• Contrassegnare l’offerta scelta cliccando Apply Directly
• Compilare l’application form inserendo il codice dello stage RM1GIA10 accanto al cognome (es. Rossi SWG1)

Annunci

A Generic Scheme for Managing Equipment-Dependent On-Board Functions and Rules for the Code Automatic Generation

Summary
The delivery of a Satellite on-board service usually relies on the proper configuration of a set of hardware units, the On-Board Assembly (OBA), and on the capability of promptly and properly reacting to non-nominal conditions to isolate their effects and restore the on-board function.
This stage is focused on a work which is being performed by TASI on this subject in the framework of the LEO PRIMA Platform Avionics Software (PRIMA ASW).
The work is aimed at specifying a process to optimise the production of the recurring on-board software functions associated to all the OBAs needed for a specific mission. The process definition is based on the following fundamental steps:
• Characterisation of the PRIMA ASW architectural framework in which the applications execute their tasks.
• Characterization of the generic On-Board Assembly (OBA).
• Specification of the generic On-Board Assembly Manager (OBAM).
• Specification of the rules for the mission-specific OBAM automatic generation.

GUI generator of PUS Services flight sw library

Based on European Space Agency Standards (ECSS) , Ground systems and space segments protocols,at application level, have been reccomanded on PUS (Packet utilization standards). TASI already provides solutions to PUS Service building blocks, “the PUS Services Library” and is working on a tool to automatically generate the project-specific “PUS Services” flight software based on mission specific requirements.
The goal of this STAGE is focused on Design/Develop a custom application which shall be used to generate the configuration needed to quickly compile an own custom Pus library.

References

  • Prof. E. Tronci, Dip. Informatica, Univ. di Roma “La Sapienza”, Via Salaria 113, 00198 Rome, Italy
    Phone: +39 06 49918361, e-mail: tronci@di.uniroma1.it
  • Ing. G. Lisio, Thales Alenia Space Italy, Via Saccomuro 24, 00100 Rome, Italy
    Phone: +39 06 4151 4122, Fax: +39 06 4151 2678, e-mail: Giovanni.Lisio@thalesaleniaspace.com

Integrated methodologies for SW life cycle development and testing process in Data Handling and AOC Algorithms

Software and System engineering is a key issue for TASI. It is based on our ability to develop more and more complex and reliable systems . Today, programmes on Software Critical Information Systems highlight the limit of existing tools and methods when complexity grows. TASI is working on Tools chain in order to address these new challenges in differents activities throught SW life cycle (Requirements phase, Design phase, Development and Testing phase) by using :
– Doors requirements/Artisan Design Model integration
– IBM CC/Artisan Design Modelintegration
– Scripting for Code generation
– IBM RtRt /Artisan Design Model ntegration
The goal of this TESI is focused on working in a one or contribution (dependend on kind of TESI) to analize and optimize the tools chain process which shall be used to develop On board SW for satellites of next generation.

References

  • Prof. E. Tronci, Dip. Informatica, Univ. di Roma “La Sapienza”, Via Salaria 113, 00198 Rome, Italy
    Phone: +39 06 49918361, e-mail: tronci@di.uniroma1.it
  • Ing. G. Lisio, Thales Alenia Space Italy, Via Saccomuro 24, 00100 Rome, Italy
    Phone: +39 06 4151 4122, Fax: +39 06 4151 2678, e-mail: Giovanni.Lisio@thalesaleniaspace.com

Senior Interaction Designer

Company offering the role: TELEFONICA I+D

Contact Person: Lucia Hurtado

Base location: Madrid (Spain)

Contact e-mail: e.seleccion1@tid.es

Objectives: We are looking for a highly motivated and talented Senior Interaction Designer to join the team of Interaction Designers, Visual Designers and Researchers. Designers and researchers work in collaborative teams with project leads, strategists, engineers and domain experts to generate innovative concepts and solutions for multiple screens: TV, PC, mobile and more.

The Senior Interaction Designer will collaborate with researchers on generating insights, leading ideation sessions with interdisciplinary teams, and articula e product concepts, interaction philosophy and models, as well as use cases and benefits of ideas. The individual will need to work conceptually using models and story boards, as well as pragmatically through detailed interaction flows and specifications.

Responsibilities
• Deliver superior & industry leading product design for specific projects and initiatives
• Collaborate with researchers on generating customer insights
• Communicate, document, and represent product concepts, user scenarios and designs to team members, senior management and key stakeholders.
• Expertly craft documentation to represent the team’s vision around user experience, including: storyboards, schematics, style guides, movies, PPTs and prototypes.
• Develop information architecture, interaction design, wire frames and software UI, that meet user needs, user tasks, marketing requirements and business objectives
• Create interaction design guidelines and principles to be applied across global product solutions
• Partner closely with Product and Initiative leaders and engineers to ensure delivery of quality solution that meets all requirements and provides a consistent product design approach
• Work with the rest of the Research, Visual and Interaction design team to articulate methods and best practices, and share them with the larger TID community.
• Support multiple projects in parallel; organize and manage assignments in a dynamic environment

Qualifications required:
• Master Of Communications
• Master Of Computer Sciences
• Multimedia

Technical Competencies
• Experience designing for different input technologies and user environments, including key three screens: Mobile, PC, TV
• Excellent command of: user experience methods, design principles,
problem-framing skills and research methods
• Excellent ability to deliver mental models, concept sketches, workflows, information architecture and UI components
• Strong visual design sense, along with prototyping skills on interactive visualization technologies such as Adobe Suite, Flash, DHTML, CSS, AJAX, etc.
• Demonstrated ability to articulate a vision for design and deliver on it
• Experience working in a rapid application development environment using appropriate tools and techniques. Experience with agile development is a plus.

IT knowledge
• WINDOWS
• MAC OS
• ANDROID
• SYMBIAN

Languages skills (indicate required level: Basic/Intermediate/Advanced)
English: • Strong skills, spoken and written on a business level both writing and speaking in this language will be conducted on an ongoing basis
Spanish: • Strong skills, spoken and written on a business level both writing and speaking in this language will be conducted on an ongoing basis
German: • Strong skills, spoken and written on a business level both writing and speaking in this language will be conducted on an ongoing basis

Tesi di Laurea Specialistica: Sperimentazione e commissioning di rete Zigbee in ambito industriale presso So.Tel srl

Metodologia: La tesi, di carattere sperimentale, consisterà nella progettazione e istallazione di una rete Zigbee in ambiente industriale.

In particolare, la tesi richiedera’ di svolgere le seguenti attivita’:

  • Verifica della adeguatezza del sito e realizzazione di misure di attenuazione e di tasso d’errore, preliminari alla collocazione dei nodi
  • Valutazione del funzionamento della rete in presenza di interferenze ambientali e di altre reti (WiFi, Bluetooth)
  • Pianificazione del posizionamento dei nodi
  • Configurazione Hardware/Firmware dei nodi
  • Verifica della robustezza della rete post-installazione
  • Stesura di un rapporto sulle prove effettuate

La tesi verrà svolta presso la So.tel srl (sede zona Montesacro) utilizzando una rete Zigbee e un tool di commissioning sviluppati dall’azienda. Durante tutto il periodo della tesi il candidato collaborerà allo svolgimento del lavoro con un tutor dell’ azienda.

Requisiti: il candidato dovrà avere competenze di base su sistemi wireless, uso di software di progettazione, misure elettriche e misure di campi elettromagnetici.

Contatti:

Tesi Specialistica presso Sede ENEA C.R. Frascati – Laboratori FISLAS

Titolo Tesi:
Quantificare in un campione di acqua marina la molteplicità e la varietà di organismi del fitoplancton tramite tecniche di Machine Learning applicate a dati da citofluorimetria laser in flusso a scansione.

Abstract:
La Citofluorimetria in flusso è una tecnica di misura multiparametrica
di caratteristiche ottiche e morfologiche condotta su particelle in
sospensione all’interno di un fluido di trasporto. Le particelle (che
possono essere costituite anche da organismi monocellulari) passano
allineate attraverso un sistema di rilevazione ottico/elettronico. Aspetto peculiare della citofluorimetria in flusso a scansione è quello di rivelare e memorizzare molti parametri per ogni singola particella analizzata, parametri che correlati tra loro permettono di individuare e studiare sottopopolazioni (anche rare) di organismi.

L’analisi dei dati ottenuti da apparato citofluorimetrico verrà eseguita tramite tecniche di Machine Learning che, utilizzando informazioni
caratteristiche delle micro-particelle (dimensioni, forma, indice di
rifrazione, ecc.), effettueranno la classificazione e la quantificazione. Il prodotto finale consisterà in modelli computazionali in grado di estrarre ed estrapolare informazioni dell’ecosistema oggetto dell’indagine.

Contatti:
Giovanni Dipoppa (giovanni.dipoppa@enea.it)
Enrico Tronci (tronci@di.uniroma1.it)