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Submersible Level Transmitter features 316 SS construction.
2015-09-08 14:31:07| Industrial Newsroom - All News for Today
Providing trouble-free service within harsh environments, Model BC001 Birdcage® Series features 3 in. sensing diaphragm that eliminates process media clogging. Design also allows unit to read true level depth within foam environments. Protective stand-off baffle plate further eliminates inherent risks of effluent sensor damage, while dual sealed cable entry prevents leakage. Featuring integral vent, Hytrel cable is impervious to many chemicals found in effluent waste.
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transmitter
Irish Pork Exports at a Record Level
2015-09-08 02:00:00| ThePigSite - Industry News
IRELAND - In the first half of 2015, Ireland exported 79,200 tonnes of pork, up 11 per cent on 2014 to a record level.
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Low Level Software Development Engineer
2015-09-01 12:04:33| Space-careers.com Jobs RSS
We are looking for a Low Level Software Development Engineer to lend support in ESAs Software Systems Engineering section, located at ESTEC in Noordwijk. Tasks You will provide support to the section activities in the areas of 1. Project support Support to project or project reviews such as micro gravity experiments, Exomars, Proba, Cheops, Telecom, Solo, Pride, Euclid, Galileo, MPCV review of selected documents or code against the review objectives. 2. Laboratory support Support to the setup and exploitation for project support of a system software coengineering environment and demonstrator in the ESAEstec laboratory of the Software Engineering and Standardisation section, which includes various modeling tools Sirius, Acceleo, Taste editor, GeneAuto, SDL, Simulink, etc and associated autocode generators. The network of PC used to model and generate the software is connected to Leon Sparc boards where the installed middleware will receive the generated codes. The Contractor, under the guidance of the sections team members, will support the development and integration of the demonstrator from elements developed in house or from industrial contracts. The result will be i a demonstrator that will be shown to ESA and industry projects, and ii an environment supported by a process and user manual for future project support, in terms of requirement modelling and verification, and software prototyping. The long term objective is to contribute to the development of realistic spacecraft software, based on all the sections technologies models, hard real time, and reference architecture validated on the Avionics Test Bench of the Division laboratory. A next step could be in the future to fly it on a small spacecraftcubesatpayload. Practically, this activity includes maintenance of the TASTE toolchain Ocarina, PolyORBHIC, Taste Daemon, Taste GUI, verification of the continuous build process httptaste.tuxfamily.org prototype of architectural solutions to handle concepts such as SOIS, OnBoard Control Procedures, TSP, hardwaresoftware codesign, etc support to trainee support to the TECEC Control sections for the use of Taste to prototype various algorithms on Leon, multicore, etc Potential operating system support Support to RTEMS maintenance in particular 4.8Edisoft, verification of Edisoft output and of the discussions between Edisoft and OAR, use of RTEMS in projects such as Galileo and SOLO, RTEMS for multicore and coordination with CNES, RTEMS for partitioning kernel, potentially support to XtratuM. Support to model based avionics Potential modeling of avionics architecture e.g. in AADL in support of e.g. Savoir, Gaia, Solo, etc Open Source software Potential support to the organisation and animation of the Summer Of Code In Space SOCIS httpsophia.estec.esa.intsocis2011 Software engineering laboratory assets management, internal server management in relation with the informatics support team and within the Software and Avionics laboratory Experience and education A university degree or equivalent qualification in Computer Science, Software Engineering or a related discipline is necessary. The candidate should be familiar with modern software engineering practices. Knowledge of realtime embedded systems is necessary. Software practical experience, realtime software, design methods, cross compilers GNU, programming languages C and Ada, operating system e.g. RTEMS. Knowledge of model based software engineering beyond UML, formal verification techniques and in particular model checking, is necessary. Knowledge in space onboard software is an important asset. Knowledge of the TASTE tool httptaste.tuxfamily.org, or of the modeling language and tools, SDL, Simulink and ASN.1, autocode techniques is an important asset. Knowledge in software architecture, component model, communication middleware all for embedded is an important asset. Knowledge in avionics in general and of the space processors in particular Leon, i.e. sparc architecture, gcc. llvm, potentially multicore, and related communication busses SpaceWire, 1553 is an important asset Experience in systemsoftware requirements, tradeoff, modelling of embedded systems is interesting. Knowledge in software standards space ECSS, aircrafts, train, automotive is interesting.
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low
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Low Level Software Development Engineer
2015-09-01 12:04:32| Space-careers.com Jobs RSS
RHEA is currently recruiting a Low Level Software Development Engineer to support the Software Systems Engineering Section at our clients premises in Noordwijk, The Netherlands. Tasks and Activities The scope of work will include Review of selected documents of code against the review objectives for ESA Projects like micro gravity experiments, planetary and earth observation missions. Support to the setup and exploitation for project support of a system software coengineering environment and demonstrator in the ESAEstec laboratory, which includes various modeling tools Sirius, Acceleo, Taste editor, GeneAuto, SDL, Simulink, etc Support the development and integration of the demonstrator from elements developed in house or from industrial contracts. Maintenance of the TASTE toolchain Ocarina, PolyORBHIC, Taste Daemon, Taste GUI, verification of the continuous build process httptaste.tuxfamily.org Prototype of architectural solutions to handle concepts such as SOIS, OnBoard Control Procedures, TSP, hardwaresoftware codesign, etc Potential operating system support Support to RTEMS maintenance in particular 4.8Edisoft, verification of Edisoft output and of the discussions between Edisoft and OAR, use of RTEMS in projects such as Galileo and SOLO, RTEMS for multicore and coordination with CNES, RTEMS for partitioning kernel, potentially support to XtratuM. Support to model based avionics Potential modeling of avionics architecture e.g. in AADL in support of e.g. Savoir, Gaia, Solo, etc Open Source software Potential support to the organisation and animation of the Summer Of Code In Space SOCIS httpsophia.estec.esa.intsocis2011 Software engineering laboratory assets management, internal server management in relation with the informatics support team and within the Software and Avionics laboratory Skills and Experience The following skills and experience are mandatory A university degree or equivalent qualification in Computer Science, Software Engineering or a related discipline is necessary. The candidate should be familiar with modern software engineering practices. Knowledge of realtime embedded systems is necessary. Software practical experience, realtime software, design methods, cross compilers GNU, programming languages C and Ada, operating system e.g. RTEMS. Knowledge of model based software engineering beyond UML, formal verification techniques and in particular model checking, is necessary. Knowledge in space onboard software. Knowledge of the TASTE tool httptaste.tuxfamily.org, or of the modeling language and tools, SDL, Simulink and ASN.1, autocode techniques. Knowledge in software architecture, component model, communication middleware all for embedded. Knowledge in avionics in general and of the space processors in particular Leon, i.e. sparc architecture, gcc. llvm, potentially multicore, and related communication busses SpaceWire, 1553. Experience in systemsoftware requirements, tradeoff, modelling of embedded systems. Knowledge in software standards space ECSS, aircrafts, train, automotive. How to Apply Looking to take your career to the next level? Interested applicants should submit their CV and Cover Letter to RHEAs Recruitment team at careersrheagroup.com no later than 22092015. Preference will be given to candidates eligible for an EU or national personal security clearance at the level of SECRET or above. About RHEA RHEA is a leading engineering consultancy firm with demonstrated expertise in space, system and secure software solutions. We attract skilled engineers, scientists and management professionals and offer a range of exciting career paths working alongside clients such as the European Space Agency, the European GNSS Agency, EUMETSAT, NATO and Airbus Defence Space.
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level
low
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Low Level Software Development Engineer
2015-08-31 18:03:49| Space-careers.com Jobs RSS
Serco is a FTSE 250 international service company that improves the quality and efficiency of essential services that matter to millions of people around the world. The work we do for national and local governments involves us in the most important areas of public services, including science and defence. Sercos space heritage over the last 40 years has placed us in the Space News Top 50 Space Industry Manufacturing and Services Companies. With over 1500 staff in the space business covering a wide spectrum of experience and skills, we convey best practice, expertise and innovation in our business. For our activities in ESTEC, we are currently looking for a Low Level Software Development Engineer. Tasks and Responsibilities The short term objective is twofold project laboratory with more importance given to handson project support activities and laboratory activities. For shortterm objectives, the key person is expected to perform the following task Support to the setup and exploitation for project support of a system software coengineering environment and demonstrator in the ESAEstec laboratory of the Software Engineering and Standardisation section, which includes various modeling tools Sirius, Acceleo, Taste editor, GeneAuto, SDL, Simulink, etc and associated autocode generators. The network of PC used to model and generate the software is connected to Leon Sparc boards where the installed middleware will receive the generated codes. The key person under the guidance of the sections team members, will support the development and integration of the demonstrator from elements developed in house or from industrial contracts. The result will be i a demonstrator that will be shown to ESA and industry projects, and ii an environment supported by a process and user manual for future project support, in terms of requirement modelling and verification, and software prototyping Support to project or project reviews such as micro gravity experiments, Exomars, Proba, Cheops, Telecom, Solo, Pride, Euclid, Galileo, MPCV review of selected documents or code against the review objectives Support the TASTE product of the section by replying to users needs, maintaining the product, adding functionalities on request, in view of supporting projects such as Galileo, SGEO, Proba, etc and prototyping the RD ideas of the section such as HWSW codesign, full model driven approach, implementation of the obsw reference architecture, etc. Support robotic laboratory prototyping activities. For longterm objectives, the key person is expected to perform the following task To contribute to the development of a realistic spacecraft software, based on all the sections technologies models, hard real time, reference architecture validated on the Avionics Test Bench of the Division laboratory. A next step could be in the future to fly it on a small spacecraftcubesatpayload. Practically, this activity includes maintenance of the TASTE toolchain Ocarina, PolyORBHIC, Taste Daemon, Taste GUI, verification of the continuous build process httptaste.tuxfamily.org prototype of architectural solutions to handle concepts such as SOIS, OnBoard Control Procedures, TSP, hardwaresoftware codesign, etc support to trainee support to the TECEC Control sections for the use of Taste to prototype various algorithms on Leon, multicore, etc potential operating system support support to RTEMS maintenance in particular 4.8Edisoft, verification of Edisoft output and of the discussions between Edisoft and OAR, use of RTEMS in projects such as Galileo and SOLO, RTEMS for multicore and coordination with CNES, RTEMS for partitioning kernel, potentially support to XtratuM support to model based avionics potential modeling of avionics architecture e.g. in AADL in support of e.g. Savoir, Gaia, Solo, etc open Source software potential support to the organisation and animation of the Summer Of Code In Space SOCIS httpsophia.estec.esa.intsocis2011 software engineering laboratory assets management, internal server management in relation with the informatics support team and within the Software and Avionics laboratory. Requirements University degree MSc in Electronic Engineering, Computer Science or equivalent, together with good background of practical experience within realtime software systems and software engineering and minimum of 4 years of postgraduation professional experience. In particular experience with Modern software engineering methods and have hands on experience of software development and verification tools Experience within ESA space programmes and applications using the space qualified Knowledge of realtime embedded systems is necessary. Software practical experience, realtime software, design methods, cross compilers GNU, programming languages C and Ada, operating system e.g. RTEMS Knowledge of model based software engineering beyond UML,formal verification techniques and in particular model checking, is necessary. The following can be considered an asset Knowledge in space onboard software Knowledge of the TASTE tool httptaste.tuxfamily.org, or of the modeling language and tools, SDL, Simulink and ASN.1, autocode techniques Knowledge in software architecture, component model, communication middleware all for embedded Knowledge in avionics in general and of the space processors in particular Leon, i.e. sparc architecture, gcc. llvm, potentially multicore, and related communication busses SpaceWire, 1553 Experience in systemsoftware requirements, tradeoff, modelling of embedded systems Knowledge in software standards space ECSS, aircrafts, train, automotive Application procedure Important All applicants must hold a current valid work permit for the Netherlands or be EU nationals. If you are interested in this vacancy, and think you have the skills and experience required, please apply via the relevant link available in our corporate careers website httpwww.serco.comcareersindex.asp If you have any question regarding this position please email space.careersserco.com Position Low Level Software Development Engineer Reference RTCTECPCS00243 Application closing date 21.09.2015 Start date ASAP If you are not yet registered with Serco we advise you to register your details by adding your details and attaching your CV via httpswww.amris.comsercoalertssignupform.php For additional information about Serco Group please consult our website www.serco.com For additional information about Serco Europe please consult our website www.serco.comeurope For additional information about ESOC, please consult httpwww.esa.intAboutUsESOC
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