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STMicroelectronics Tunis

STMicroelectronics Tunis. 2013 Internship Projects (PFE). Organization: CHD PFE1 : HDMI automation on protocol analyzer test equipment. 2. Project Tutor : Adel Chaouch Description: Automate HDMI, HDCP and CEC tests using protolcol analyzer test equipment .

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STMicroelectronics Tunis

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  1. STMicroelectronics Tunis 2013 Internship Projects (PFE)

  2. Organization: CHDPFE1: HDMI automation on protocolanalyzer test equipment 2 • Project Tutor : Adel Chaouch • Description: Automate HDMI, HDCP and CEC tests usingprotolcolanalyzer test equipment. • RequiredTechnicalCompetences: C embedded, python • Key words: • HDMI : High DefintionMultimedia Interface. • HDCP : High-Bandwidth Digital Content Protection • CEC : Consumer electronics Control.

  3. Organization: CHDPFE2:Development of a validation tool for system tests based on SDK2 3 • Project Tutor :Nizar ROMDHAN • Description: The aim of thisprojectis to prepare a graphicaltool to launchautomatically system tests (use cases scenarios, benchmark, perf measurements, ..). The toolwillbedeployed in SDK2 environment to validate ST decoderproducts • RequiredTechnicalCompetences: STLinux, Java, C, C++, SHELL • Key words: system tests, STLinux, scenarios, benchmarks.

  4. Organization: CHDPFE3:Design and Implementation of a Portal for the team in order to allow a better access to Data. 4 • Project Tutor : Amina Hammami. • Description: It is a complete web solution offering many services for internal and external use such as: on-line documentation, presentation, forum, search engine, object delivery with management of many DBs. • Required Technical Competences: • PHP/MySQL • Shell scripting • Key words: search engine, web solution, KB

  5. Organization: CHDPFE4: Automatisation de la génération des composants configurables à partir d’une spécification. 5 • Project Tutor : mohamedGhrab(1), sebastienRevol (2) • Description: L’objectif du stage sera de contribuer à la définitions de méthodes pour exprimer la configurabilité d’un composant dans une spécification en ligne avec les mécanismes de configurabilité que l’on retrouve dans le format IPXACT, et d’intégrer ces principes dans l’outil de transcription automatique de spécification vers IPXACT. • RequiredTechnicalCompetences: Linux, perl, XMl, java , eclipse • Key words: composant configurable, spécification, IP-Xact

  6. Organization: CHDPFE5:Macrocell generator conception and development tool. 6 • Project Tutor: Mouna Ben Rhouma • Description: develop a tool which be able to automate the generation of each macrocell, aligned with an RTL already provided by our customer, and a kind of cpu used on it. • Required Technical Competences: Computer engineer • Key words: TLM, RTL, BCA, cpu, memory, router, systemC, verilog

  7. Organization: CHDPFE6: application to automate the co emul flow 7 • Project Tutor: Amel Lariani • Description: develop a tool which be able to automate the generation of TLM component to be used in coEmul flow. • Required Technical Competences: eclipse, java, verilog • Key words: TLM, RTL, BCA, java, verilog

  8. Organization: ICTPFE7:: REST architectural style for Tuleap Application Lifecycle Management suite. 8 • Project Tutor: HOSNI AHMED • Description: In orderto meet integration requirements, we need to expose some of Tuleap ALM resources through a RESTful API. RESTful services could then be used by various clients written in different languages running on different platforms/devices. • The API must: • Provide HTTP Basic authentication. • Provide CRUD operations (create, update, delete) for basic resources. • Expose directory structure-like URIs. • Transfer XML, JSON, or both. • RequiredTechnicalCompetences: Strong knowledges on object approach, PHP5 (mandatory), XML, JSON. • Key words: REST architecture, Web services,

  9. Organization: MCDPFE8:Advanced MCU selector tool development 9 • Project Tutor : Faten HAMOUDA /Amel TALBI • Description: Data schema specifications, new architecture integration and new features development • Required Technical Competences: Java, Swingx, xml, data modelling. • Key words: STM32, microxplorer, MCU selector

  10. Organization: MCDPFE9: Android version of Configuration tool: new architecture and functionalities study and development 10 • Project Tutor : Faten HAMOUDA /Houssemeddine GADACHA • Description: Integration of the new architecture (data, UI, software layers) and development of the new features. • Required Technical Competences: Java, Swingx, Android, xml, data modeling. • Key words: STM32, Java, Android, Microxplorer

  11. Organization: MCDPFE10:SD/SDIO v3.0 analysis & benchmark 11 • Project Tutor : Abdelhamid GHITH • Description: The purpose of this Graduation project is to study SD/SDIO “Secure Digital I/O” Version 3.0 specification standard, then to run performance benchmarking suites on competitive microcontrollers MCUs • The main objectives will be: • Present clear and comprehensive reports of the performance measurements • Develop technical documents and presentation demonstrating the SW and HW partitioning to support SDIO v3.0 on low cost STM32 MCUs. • Key words: STM32 Microcontrollers, Embedded C programming,, SD/SDIO Host/Cards.

  12. Organization: MCDPFE11:STM32 MCUs BSDL/IBIS models 12 • Project Tutor : Hatem CHEBIL • Description: The purpose of this Graduation project is to develop an automated suite for all STM32 MCUs BSDL (Boundary Scan) and RLC ( IBIS models) on all packages , then to develop two applications Notes on how using BSDL/IBIS models for STM32 MCUs using low cost CAD tools such as Altium Designer. • The main objectives will be: • Development of automated suite for all Packages ( LQFP,BGA, CSP) validation, • Writing of two applications notes to help STM32 users using BSDL and IBIS models an early phase with low cost tools. • Key words: STM32 Microcontrollers, Altium Designer, Analog, Simulation models, PCB, Altium Designer, JTAG

  13. Organization: MCDPFE12: CMSIS DAP implementation on STM32 MCUs 13 • Project Tutor : Ibtissem MALOUCHE • Description: Development of a debug API for STM32 MCUs based on CMSIS DAP standard, the implementation will be based on ST-Link debug probe Hardware. • Key words: STM32 Microcontrollers, Embedded C, JTAG, I2C, SPI serial protocols.

  14. Organization: MCDPFE13:Integrated Development Environment (IDE) for STM32 14 • Project Tutor : Ibtissem MALOUCHE • Description: Development of a debug tool based on ST-link debug probe; The main tasks of the graduation project will be : Study of STM32 ecosystem offer, Proposal and implementation of ST-link debug tool on Open sources Operating systems • Key words: STM32 Microcontrollers, Embedded C, JTAG, Open sources OS.

  15. Organization: MCDPFE14:STM32 IP1 Design Development 15 • Project Tutor : Daniel OLSON • Description: Development of a debug tool based on ST-link debug probe; The main tasks of the graduation project will be : Study of STM32 ecosystem offer, Proposal and implementation of ST-link debug tool on Open sources Operating systems • Description: Participate in the design of digital IPs for the STM32: • Digital simulation (Cadence NCSim) using a test-bench based on the ARM Cortex-M CPU • Development (in C) and simulation of an integration test suite • RTL Design & Synthesis (Synopsys) Requirements: • Engineering school in Computer Sciences & Electronics, specialization in microelectronics (especially knowledge of VHDL or Verilog) is appreciated • Software Design: ASM & C language • Key words: STM32 Microcontrollers, RTL Design, ARM Cortex-Mx • Key words: STM32 Microcontrollers, Embedded C, JTAG, Open sources OS.

  16. Comment Postuler ? • Envoyez un e-mail aux adresses suivantes : • sttunis.recrutement@st.com En copie : • Imen.jemai@st.com • Avec en pièces jointes : CV Personnalisé ainsi qu’un corps du texte de : • l’e-mail sous forme de lettre de motivation mentionnant le sujet du projet de fin d’études de préférence (maximum 2 sujets) • Les entretiens dans nos Locaux seront programmés durant les vacances scolaires (décembre 2012)

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