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Wireless Mouse provides 3D navigation experience.

2013-10-10 14:34:11| Industrial Newsroom - All News for Today

Combining 6-degrees-of-freedom sensor with 2.4 GHz wireless technology, SpaceMouse® Wireless delivers reliability of wired device, without clutter of cords. Unit's lithium-ion battery lasts up to1 month, and when it does need recharging, user can connect supplied micro-USB cable and continue working. With mouse, user can smoothly position 3D content or camera views while simultaneously using standard mouse as pointing device to select, create, and edit. This story is related to the following:Computer Mice

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Radio Navigation Engineer fm

2013-10-07 14:38:12| Space-careers.com Jobs RSS

About us SCISYS Deutschland GmbH provides professional engineering and consultancy services to spacecraft operators and spacecraft primes. Our team is composed of university graduates and experienced professionals, comprising some of the most knowledgeable, dedicated and talented engineers across Europe. Our services cover the whole life cycle of space programmes from early concepts to operations. Our Space Division provides a dynamic, supportive and friendly atmosphere in which you are encouraged to lead with initiative. We support new ideas from our colleagues and are focused on supporting space programmes and missions. We have a strong presence at ESOC and EUMETSAT, as well as serving other ESA sites, the German Space Operations Centre and the German Galileo Control Centre. Moreover, we actively manage your professional development, training and career progression. For a project in Noordwijk, NL we are looking for a Radio Navigation Engineer fm at ESTEC. Tasks The work includes design, analysis and testing of radio navigation systems, with emphasis on system architecture and performance and on radio navigation receivers. The principal tasks and responsibilities will include Participation in studies on radio navigation receivers design and techniques, in particular for Galileo Support to the Galileo project in the followon of industrial contracts for test and system receivers Support to the Galileo project for system performance evaluation Software hardware simulations and laboratory testing Essential requirements The Key person shall have, as mandatory, the following experience and background University degree MSc minimum or equivalent in telecommunications and signal processing and experience in these fields Specific knowledge of radio navigation systems architecture and key performance parameters of GNSS Experience in receiver design and testing Detailed knowledge of Rx algorithm at User Level Experience in project management and industrial procurement Specific knowledge in the design and testing of Radio Navigation systems and equipment Experience related with the EGNOS andor Galileo systems and equipment and have some knowledge of Radio Navigation simulation and testing systems Specialist in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities for spacecraft, aircraft, maritime and land mobile applications Desirable skills Some experience of commercial simulation software is desirable. Other Information Must be an EU national or possess a currently valid Dutch Work Residence Permit Applicants must be eligible to security clearance by their national security administration. Foreseen starting date is 01 January 2014 To guarantee that your application is processed, please apply via our website httpwww.scisys.dewhereweworkspacecareersspacejobs.html

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Navigation Signal in Space Engineering Support to Galileo

2013-10-03 23:36:02| Space-careers.com Jobs RSS

Vitrociset Belgium is looking for a candidate with the profile described below to deploy in ESTEC Please submit applications not later than 301013 by EMAIL to Mr. Massimiliano Mazza, Head of Engineering Operations Services M.Mazzavitrocisetbelgium.com cc. jobsvitrocisetbelgium.com Job Overview The Contractor shall undertake all System level activities related to the Galileo 2G Signal in Space Interface Control Document for the unclassified spacetouser navigation downlink. Any Galileo 2G PRS aspects relevant for the Contractor will be provided to the Contractor through EGEP ID70 PRS Signal Robustness. The Contractor shall participate in the System Technical Board. The Contractor shall support technical interaction i.e. Key Points, meetings as needed with the G2G Satellite study and other System related activities e.g. PRS robustness, G2G Links. The Contractor shall define the Navigation Signal Engineering tools environment and provide the Signal Tools Plan accordingly. Signal Design The Contractor shall perform all required unclassified Signal definition activities and Signal performance analyses taking into account the actual FOC payload definition and their envisaged evolution for G2G. The Contractor shall review the System and Segment level outcomes impacted by the Signal characteristics, identify problems originated or related to SIS design, and provide support to the solution of these problems also by means of the identified interaction mechanisms with other relevant EGEP activities in particular ID70 PRS robustness and ID71 Satellite study. The Contractor shall perform all required studies associated to the RF characteristics, modulation, spreading codes, correlation and correlation quality, error correcting encoding, message content, message structure and message performance of the G2G unclassified signals. At a minimum the message related studies shall address a consolidation of the G1G INAV message for enhancements at message level enhancement of message robustness, authentication, reduction of TTFF, etc. and the design and definition of a new Open Service message channel ENAV. The Contractor shall prepare the Signal design documentation for the MTR and up until the PRR. Signal Compatibility and Interoperability The Contractor shall perform System level analysis related to Radio Frequency RF compatibility and interoperability with other GNSS at Signal level. The contractor shall preliminarily assess the Radio Frequency compatibility of potential additional Galileo signal emissions Ground to Space links, Space to Ground links, Space to Space Links with respect to other systems sharing the band making use of the relevant ITU regulations and recommendations. On request by the Agency the Contractor shall elaborate technical elements required for standardisation and frequency coordination e.g. ITU, etc. or bilateral coordination e.g. EUUS Working Group A, etc.. Signal Studies The Contractor shall carry out all assessments and analyses necessary to establish and justify unclassified G2G reference user receiver characteristics. The Contractor shall establish the unclassified usersignal link budgets with corresponding justification and margin philosophy. The Contractor shall conduct specific studies related to support the consolidation of Mission level aspects on ESA request. Specific Requirements At least five years relevant experience as Navigation Signal in Space Engineer. Fluency in English language is mandatory, any other European language is an asset. Good interpersonal skills with the ability to work effectively in a diverse team environment and have an attitude to cooperation and to accomplish solutions in line with team objectives.

Tags: support navigation space engineering

 

Navigation System Engineer 1311084

2013-10-02 13:37:40| Space-careers.com Jobs RSS

Solenix is specialized in the provision of highquality software engineering, technical consulting and operations services in the aerospace domain. This vacancy note concerns an onsite consulting position at ESTEC in Noordwijk in The Netherlands. Navigation System Engineer 1311084 Job Description The tasks to be performed include the design, analysis and testing of radio navigation systems, with emphasis on system architecture and performance and on radio navigation receivers. The principal responsibilities are Participation in studies on radio navigation receivers design ant techniques, in particular for Galileo Support to the Galileo project in the followon of industrial contracts for test and system receivers Support to the Galileo project for system performance evaluation SoftwareHardware simulations and laboratory testing Required Skills and Experience University degree MSc minimum or equivalent in telecommunications and signal processing Specific knowledge of radio navigation systems architecture and key performance parameters of GNSS Experience in receiver design and testing of Radio Navigation systems and equipment Detailed knowledge of RX algorithm at User Level Specialist in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities Experience related with the EGNOS andor Galileo systems and equipment Experience in project management and industrial procurement Eligible to security clearance by their national security administration Work Location Noordwijk, Netherlands Dates Application Deadline 08 October 2013 Start of Work 01 January 2014 Important Notes Before applying to this position, please read the page Notes to Applicants on the Solenix website under Career. Applicants must be EU citizens or have a valid work and residence permit in the Netherlands. Security, identity and reference checks on the candidates are part of the recruitment process. Job Application Please send your applications electronically to careersolenix.ch before the application deadline 08 October 2013

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Radio Navigation Engineer SCJ 2730

2013-09-25 20:37:08| Space-careers.com Jobs RSS

Summary An experienced radio navigation engineer with relevant experience of radio navigation systems architecture and key performance parameters of GNSS. Objective To support the design, analysis and testing of radio navigation systems, with emphasis on system architecture and performance and on radio navigation receivers. Responsibilities Duties Overview of Tasks Radio Navigation system GPS, GLONASS, GALILEO etc. and augmentation EGNOS,WAAS, QZSS etc.. The work includes studies analyses and testing of navigation systemssegmentselementstechnology, dissemination and navigation algorithms, including tools development evaluation of NavigationPositioningTiming algorithm and techniques, usersystemsegment performance assessment based on software simulators, laboratory and field measurements, and support to ESA projects in follow up of industrial procurements. Radio Navigation equipment covering space applications. The work includes study, design, analysis and testing of navigationpositioningrangingmonitoring technology and receiver for space. Radio Navigation space applications performed at ESA include scientific applications atmospheric sounding, oceanic observation, formation flying, rendezvous and attitude determination. Radio Navigation equipment for terrestrial applications. The work includes study, design, analysis and testing of navigation receiverstechnology for terrestrial applications and local augmentation. Radio Navigation terrestrial applications performed at ESA are those related with high performance based on high accuracy e.g. geodesy andor high integrity e.g. civil aviation, maritime. Radio Navigation signals and signal processing. The work includes study, design, analysis and testing of signal and signal processing techniques including toolsequipment development and procurement. It encompasses signal structure, modulations, data dissemination, techniques for error correction, synchronisation, multipath mitigation and estimation, interference mitigation, cancellation, encryption, authentication, etc. Radio Navigation Laboratory equipment. The work includes definition procurement design, testing, usage of Radio Navigation equipment in support to Radio Navigation experiments and test campaigns. Specific Tasks Participation in studies on radio navigation receivers design and techniques, in particular for Galileo Support to the Galileo project in the followon of industrial contracts for test and system receivers Support to the Galileo project for system performance evaluation Software hardware simulations and laboratory testing. Qualifications Experience University degree MSc minimum or equivalent in telecommunications and signal processing as well as experience in these fields Specific knowledge of radio navigation systems architecture and key performance parameters of GNSS Experience in receiver design and testing Detailed knowledge of Rx algorithm at User Level Experience in project management and industrial procurement Further Details Applicants must be eligible to security clearance by their national security administration. All roles within Telespazio VEGA have a defined closing date, however if a successful candidate is found before the advert expires the role will be closed early. We would therefore advise any candidate to apply as early as possible to avoid disappointment. Closing Date for applications is Tuesday 15th October 2013 Location of the position is Noordwijk, The Netherlands Benefits Competitive package Security In line with Asylum Immigration Legislation, all applicants must be eligible to live and work in the EU. Documented evidence of eligibility will be required from candidates as part of the recruitment process. Furthermore, in view of the nature of the work the company is in, all potential employees will undergo stringent reference and identity checks.

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