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EPSSG EndtoEnd Instrument Processing Chains System Architect mf

2015-08-26 17:03:55| Space-careers.com Jobs RSS

EPSSG EndtoEnd Instrument Processing Chains System Architect mf Ref. No. 159347 Terma The hightech and innovative Terma Group develops products and systems for defense, nondefense and security applications, including command and control systems, radar systems, selfprotection systems for aircraft and vessels, space technology, and aerostructures for the aircraft industry. Terma is headquartered at Aarhus, Denmark. Internationally, Terma has subsidiaries and operations in The Netherlands, Germany, United Kingdom, United Arab Emirates, India, Singapore and the U.S. The Space Business Area contributes with missioncustomized software and hardware products including power systems and star trackers as well as services to support a number of inorbit pioneering European scientific and Earth observation satellite missions. Additionally, Terma is contracted for the development and delivery of software and hardware systems and services for numerous ongoing and future European, and international missions. Terma Space operates out of Denmark, The Netherlands, Germany, and the UK. Job description For our customer, EUMETSAT in Darmstadt, Germany, we are seeking an experienced Instrument Data Processing System Architect to support the EPSSG EUMETSAT Polar System Second Generation Programme at EUMETSAT. The focus of the work is on endtoend instrument data processing chains for the EPSSG programme, from acquisition of signals by instruments on board the satellites up to dissemination of derived products to End Users by the ground segment. You will be involved in tasks such as specifications of onground data processing chains definition of their interfaces definition of space to ground data flows verification and validation of onground data processing chains for imaging and sounding instruments The coordination with different teams involved in these activities plays a key role given the interdisciplinary nature of endtoend instrument chains. Your activities as System Architect will be related to overall System aspects for endtoend instrument functional chains, i.e. involving the space segment satellites as well as the ground segment, the latter consisting of the data acquisition systems, monitoring and control systems, data processing chains and product dissemination facilities. You will be a member of the EPSSG System Team in the Low Earth Orbit Division LEO at EUMETSAT. Responsibilities In the frame of endtoend instrument functional chain activities, you, as part of the EPSSG System Team, will provide support for tasks related to specifications of onground data processing chains, definition of their interfaces, definition of space to ground data flows, verification and validation of onground data processing chains for imaging and sounding instruments. A major part of the work will be to followup and assess the outcome of the ongoing activities done by different groups in the EPSSG team EPSSG system team, EPSSG instrument team, EPSSG science team and EPSSG ground segment team, and ensure that all the interdisciplinary activities are done in a systematic way, compatible with the EPSSG programme objectives and constraints. The activities to be followed up are in the following areas Refinement and maintenance of the System Requirements Document when dealing with instrument data processing chains, including analysis of the system design, requirements tracing and justification Definition of ground segment requirements and concepts related to instrument data processing chains specifically definition of the operational processors, from level 0 up to level 2 Definition and maintenance of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS Development of reference processors that implement the functionalities defined in the processing specifications Development of the operational processors and of the related processing framework Definition of the approach for development, verification and validation VV of the instrument data processing chains, including definition of testing concepts, test scenarios and test data sets Verification, integration and acceptance of the instrument data processing chains, specifically the operational processors, including generation of test data sets and development of test tools Maintenance and refinement of EndtoEnd E2E performance requirements spectral, radiometric and geometric requirements allocation and budgeting performed by space segment and instrument providers, specifically when dealing with instrument data processing Typical activities to be undertaken by the EndtoEnd Instrument Processing Chains System Architect are Perform analyses to ensure completeness and coherence of the System and subsystem design for all aspects related to data processing and contribute as needed to the System Design Justification Document Analyse ground segment requirements related to instrument data processing chains and their implications on the system architecture and design report about inconsistencies and follow up resolution of noncompliances Ensure that the operational processors which are developed as part of the EPSSG Ground Segment are consistent with the EPSSG System architecture and able to meet the EPSSG system requirements specifically E2E performance requirements spectral, radiometric and geometric requirements and timeliness requirements provide reporting about inconsistencies and noncompliances Review and contribute to the preparation of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS to confirm and ensure their consistency with the System requirements Review space segment and instrument documents e.g. S2GICD, Instrument ICDs, APIDsVCIDs allocation to identify implications for the System when related to instrument data processing review of instrument data processing algorithms and calibration concepts defined by industry with emphasis on their implications on data processing interfaces and architecture Review ground segment documentation dealing with requirements, design and technical analyses of relevance for data processing to ensure consistency with system requirements and design Assess implications ofcontributions by the data processing chains to Endto End E2E performance requirements spectral, radiometric and geometric requirements and contribute to the compilation of E2E performance budgets any noncompliances with the EPSSG System E2E performance requirements need to be identified and resolved Participate in formal reviews and technical meetings at system, space segment and ground segment level when relevant for instrument data processing Prepare documentation for System reviews Coordinate interdisciplinary meetings relevant for instrument data processing chains Support studies internal or external and the evaluation of their results when relevant for instrument data processing Most activities will involve interactions with other teams, primarily in the LEO division, and also, as relevant for the work, with engineers at partner agencies. This is a fulltime position located at EUMETSATs premises in Darmstadt, Germany. Reviews and progress meetings held outside EUMETSAT premises may be necessary. The start date is ASAP. Qualifications Competencies You shall have the following experience and background University degree in the domain of engineering, science, or equivalent At least 5 years of experience in engineering of onground data processing elements, including requirements specification, architecture and detailed design, definition of interfaces and testing concepts for spaceborne observing systems as imaging andor sounding instruments Demonstrated ability to perform analyses of a System combined space and ground segment top down and to perform syntheses Fluency in English spoken and written, as English is the working language The following experience would be an additional asset Experience in verifying and validating complex realtime data processing systems for spaceborne observing systems as imaging andor sounding instruments Experience in specification, development andor procurement of instrument test data sets and processor prototypes for spaceborne observing systems as imaging andor sounding instruments Knowledge of relevant spaceborne observation instruments EPSSG satellites will embark sounders and imagers from the ultraviolet to the microwave range, a scatterometer and a radiooccultation instrument Mission performance analysis, budgeting and verification for spaceborne observing systems as imaging andor sounding instruments Experience in specification of operational products for earth observation missions You shall be able to fulfil the assigned tasks with a minimum of supervision, have a systematic approach to work, be able to plan your work and cope with tight schedules and multiple tasks. You shall have the capability to write accurate and consistent technical documentation. Good communication skills verbal and written are important. You shall be willing to work in a team of engineers and in cooperation with industry and partner agencies. What can Terma offer At Terma, we consider skilled employees, enthusiasm and job satisfaction as the very foundation of our success and as a prerequisite for the development of the bestinclass solutions that Terma provides. We lead the way in applying new technology, offering a wide range of growth opportunities for each individual and emphasizing mutual respect across the board in our workplace. Terma offers you a pleasant working environment at the customer site, where you will be able to take on challenging tasks and responsibilities in a highly professional company. Great opportunities for training and personal development Challenges in advanced technical environment International and cosmopolitan working atmosphere An employment contract with an attractive package with extralegal benefits Highly competitive salary Recruitment is dependent on successful selection by the customer. Additional information For further information, please contact Mr. Kevin Davies by telephone 49 6151 860050 or by email terma.determa.com. To ensure that your application will reach us and is properly processed we would prefer that you apply through the link below with a Cover Letter explaining your background and expertise, as well as your earliest date of availability, and a uptodate Curriculum Vitae. Closing date September 24th, 2015. Please note that applicants must hold all appropriate documentation and permits to work in Europe. Terma develops products and systems for defense, civilian authorities, and security applications, including command and control systems, radar systems, selfprotection systems for vessels and aircraft, space technology, and advanced aerostructures for the aircraft industry. Terma is headquartered in Aarhus, Denmark, and maintains international subsidiaries and operations in The Netherlands, Germany, India, Singapore, and the U.S. Sign up for Termas newsletter here or follow Terma to remain updated on our news and events

Tags: system processing instrument architect

Ground Segment System Architect

2015-08-26 13:05:38| 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 EUMETSAT, we are currently looking for a Ground Segment System Architect. Tasks and Responsibilities The Key person will perform system engineering activities such as Requirements engineering, which consists in requirements analysis and validation, requirements allocation, tracing, and requirements change control Functional analysis and architecture design applying system modelling engineering methods and techniques Ground Segment components specification Interface definition System analyses, performed for the purpose of resolving requirements conflicts, decomposing and allocating requirements, assessing system effectiveness Tradeoff studies for assessing effectiveness, risk, cost and planning for the implementation of changes requested by operations users and customers. The Key person is expected to perform the following specific tasks Build models of Subsystem of the Reference Architecture Ground Segment, capturing their requirements, describing the internal architecture and defining their external interfaces Support the generation, review and maintenance of the documentation of the Reference Architecture Subsystems addressing their architecture, functions, requirements and interfaces Support the management of the requirements of the Reference Architecture subsystem and Components, heeding on the evolution of the operational system and future systems, using DOORS Categorise and link relevant Subsystem and Component requirements to the model for traceability Refine the processes and working practices established for the application of the Model Based Systems Engineering and the use of Vitech CORE Analysis of Engineering Change Requests issued for evolution of the operational ground segments. In the performance of these tasks, the Key person shall apply the EUMETSAT configuration and change control procedures as well as the relevant system engineering standards, quality management procedures and maintenance procedures. Requirements Essentials The Key person shall have a university degree or equivalent in an engineering discipline relevant to the job profile together with the experience and capability to fulfil the assigned tasks with a minimum of supervision. Knowledge and experience with the following is considered essential Extensive experience in the analysis of systems applications and modelling At least 5 years demonstrated experience in the field of systems engineering and architectural design Space and Ground System engineering processes, and System and Software lifecycles and standards. Experience in Model Based Systems Engineering methods, techniques and tools Experience in the use of modelling and design tools in support of architectural design activities e.g. Vitech CORE, Enterprise Architect Definition, management and traceability of requirements structure with the support of dedicated tools e.g. DOORS. Due to the nature of the position, the Key person shall have good interpersonal skills and proactive attitude with strong ability to work effectively in a diverse team environment. Proficiency in English is required. Desirables Previous working experience in system engineering aspects of SystemGround Systems for MeteorologicalEarth Observation Satellites would be an advantage. Experience in evolution management and or product line management of assets shared across organisational parts is desirable. Familiarity with formal architecture frameworks e.g., MODAF, TOGAF, DODAF will be a valuable appreciated asset. The Key person shall be able to fulfil the assigned tasks with a minimum of supervision, have a systematic approach to work, be able to plan hisher work and to cope with tight schedules and multiple parallel tasks. Heshe shall have the capability to write accurate and consistent technical documentation. Good communications skills verbal and written are important. Heshe shall be willing to work in a team of engineers and in cooperation with industry and partner agencies. Application procedure Important All applicants must hold a current valid work permit for Germany or be EU nationals. Important Due to the high interest these roles generate, Serco reserves the right to commence, alter or conclude the recruitment process prior to the closing date. If shortlisted, a recruiter will contact you directly. You can also login at any time to apply to additional positions. Data Protection By submitting a job application you agree to the storage of any personal data provided by you directly or collected from generally accessible sources in particular professional and other social media throughout the entire application process CV, references, letter of application, interviews as applicable. To facilitate subsequent contact for professional purposes only, you agree to your data being saved after the application process has ended. You may revoke your consent to this agreement at any time. The same shall also apply if you are contacted by SERCO GROUP regarding vacancies that match your existing profile. 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 Position Ground Segment System Architect Reference G015204EUM Application closing date 12102015 Start date as from January 2016 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 EUMETSAT, please consult httpwww.eumetsat.int

Tags: system ground segment architect

EPSSG EndtoEnd Instrument Processing Chains System Architect

2015-08-24 01:04:43| Space-careers.com Jobs RSS

EPSSG EndtoEnd Instrument Processing Chains System Architect We are looking to further enhance our team by adding a EPSSG EndtoEnd Instrument Processing Chains System Architect You will be based initially for 2 years at our clients headquarters in Darmstadt, Germany. Extension of a further 2 years may be possible. In this large European Agency you will find an excellent and modern working environment with challenging tasks and responsibilities. Your Tasks Include The activities for the selected keyperson will be related to overall System aspects for endto end instrument functional chains, i.e. involving the space segment satellites as well as the ground segment, the latter consisting of the data acquisition systems, monitoring and control systems, data processing chains and product dissemination facilities. In the frame of endtoend instrument functional chain activities, the keyperson will be part of the EPSSG System Team and provide support for tasks related to specifications of on ground data processing chains, definition of their interfaces, definition of space to ground data flows, verification and validation of onground data processing chains for imaging and sounding instruments. It is emphasized that a major part of the work to be undertaken by the consultant will be to followup and assess the outcome of the ongoing activities done by different groups in the EPSSG team EPSSG system team, EPSSG instrument team, EPSSG science team and EPSSG ground segment team, and ensure that all the inter disciplinary activities are done in a systematic way, compatible with the EPSSG programme objectives and constraints. The activities to be followed up are in the following areas Refinement and maintenance of the System Requirements Document when dealing with instrument data processing chains, including analysis of the system design, requirements tracing and justification Definition of ground segment requirements and concepts related to instrument data processing chains specifically definition of the operational processors, from level 0 up to level 2 Definition and maintenance of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS Development of reference processors that implement the functionalities defined in the processing specifications Development of the operational processors and of the related processing framework Definition of the approach for development, verification and validation VV of the instrument data processing chains, including definition of testing concepts, test scenarios and test data sets Verification, integration and acceptance of the instrument data processing chains, specifically the operational processors, including generation of test data sets and development of test tools Maintenance and refinement of EndtoEnd E2E performance requirements spectral, radiometric and geometric requirements allocation and budgeting performed by space segment and instrument providers, specifically when dealing with instrument data processing. Typical activities to be undertaken by the consultant are Perform analyses to ensure completeness and coherence of the System and subsystem design for all aspects related to data processing and contribute as needed to the System Design Justification Document Analyze ground segment requirements related to instrument data processing chains and their implications on the system architecture and design report about inconsistencies and follow up resolution of noncompliances Ensure that the operational processors which are developed as part of the EPSSG Ground Segment are consistent with the EPSSG System architecture and able to meet the EPSSG system requirements specifically E2E performance requirements spectral, radiometric and geometric requirements and timeliness requirements provide reporting about inconsistencies and noncompliances Review and contribute to the preparation of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS to confirm and ensure their consistency with the System requirements Review space segment and instrument documents e.g. S2GICD, Instrument ICDs, APIDsVCIDs allocation to identify implications for the System when related to instrument data processing review of instrument data processing algorithms and calibration concepts defined by industry with emphasis on their implications on data processing interfaces and architecture Review ground segment documentation dealing with requirements, design and technical analyses of relevance for data processing to ensure consistency with system requirements and design Assess implications ofcontributions by the data processing chains to EndtoEnd E2E performance requirements spectral, radiometric and geometric requirements and contribute to the compilation of E2E performance budgets any noncompliances with the EPSSG System E2E performance requirements need to be identified and resolved Participate in formal reviews and technical meetings at system, space segment and ground segment level when relevant for instrument data processing Prepare documentation for System reviews Coordinate interdisciplinary meetings relevant for instrument data processing chains Support studies internal or external and the evaluation of their results when relevant for instrument data processing. Most activities will involve interactions with other teams, primarily in the LEO division, and also, as relevant for the work, with engineers at partner agencies. Your Profile The keyperson shall have the following experience and background University degree in the domain of engineering, science, or equivalent At least 5 years of experience in engineering of onground data processing elements, including requirements specification, architecture and detailed design, definition of interfaces and testing concepts for spaceborne observing systems as imaging andor sounding instruments Demonstrated ability to perform analyses of a System combined space and ground segment top down and to perform syntheses. The following experience would be an additional asset Experience in verifying and validating complex realtime data processing systems for spaceborne observing systems as imaging andor sounding instruments Experience in specification, development andor procurement of instrument test data sets and processor prototypes for spaceborne observing systems as imaging andor sounding instruments Knowledge of relevant spaceborne observation instruments EPSSG satellites will embark sounders and imagers from the ultraviolet to the microwave range, a scatterometer and a radiooccultation instrument Mission performance analysis, budgeting and verification for spaceborne observing systems as imaging andor sounding instruments Experience in specification of operational products for earth observation missions. The keyperson shall be able to fulfill the assigned tasks with a minimum of supervision, have a systematic approach to work, be able to plan hisher work and cope with tight schedules and multiple tasks. Heshe shall have the capability to write accurate and consistent technical documentation. Good communication skills verbal and written are important. Heshe shall be willing to work in a team of engineers and in cooperation with industry and partner agencies. The official languages are English and French. The working language for the position is English and therefore the keyperson must be able to work effectively in this language. REFERENCE 15211101 LOCATION Darmstadt, Germany CONTACT recruitmoltek.net CLOSING DATE 24th September 2015 MOLTEK has been serving the space and aerospace industries since 1995, providing international consultancy services for a wide variety of clients from private and public corporations to national and international authorities and agencies.

Tags: system processing instrument architect

Ground Segment System Architect Engineer

2015-06-03 14:04:35| Space-careers.com Jobs RSS

About us SCISYS Deutschland GmbH provides professional engineering and consultancy services supporting space programmes and missions. We have a strong presence at ESOC and EUMETSAT, as well as serving all ESA sites 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 innovation. Moreover, we actively manage your professional development, training and career progression. For the location in Darmstadt Germany we are looking for a Ground Segment System Architect Engineer at EUMETSAT. Tasks Within the Technical and Scientific Support TSS Department, the System Engineering and Projects Division SEP has the mission to provide coherent and costeffective engineering support to the development and operations of EUMETSAT ground segments, and to deliver delegated development and evolution projects to the Programmes Development and Operations Departments. The Key Person shall support SEP activities in the following areas of work Modelling of ground segment subsystems, addressing functional, behavioural and interface aspects Refactoring of the architectural design of existing systems within the context defined for the Reference Ground Segment Support the consolidation and evolution of the Reference Architecture Definition of requirements for the components of the architecture. The Key person will perform system engineering activities such as Requirements engineering, which consists in requirement analysis and validation, requirement allocation, and requirements maintenance Functional analysis and architecture design applying system modelling Engineering methods and techniques Subsegment components specification Interface and data structures and flows definition Design which results in an architecture, described by its complete functional, physical and software characteristics System analysis, which is performed for the purpose of resolving requirements conflicts, decomposing and allocating requirements, assessing system effectiveness Performance of trade studies for assessing effectiveness, risk, cost and planning Build models of Subsystem of the RA Ground Segment, capturing their requirements, describing the internal architecture and defining their external interfaces Support the generation, review and maintenance of the documentation of the RA Subsystems addressing their architecture, functions, requirements and interfaces Support the management of the requirements of the RA subsystem and Components, heeding on the evolution of the operational system and future systems, using DOORS Categorise and link relevant Subsystem and Component requirements to the model for traceability Refine the processes and working practices established for the application of the Model Based SE and the use of CORE Support the administration, configuration, deployment and use of CORE licenses. Essential requirements The Key person shall have a university degree or equivalent in an engineering discipline relevant to the job profile together with the experience and capability to fulfil the assigned tasks with a minimum of supervision. Knowledge and experience with the following is considered essential Extensive experience in the analysis of systems applications and modelling At least 5 years demonstrated experience in the field of systems engineering and architectural design Space and Ground System engineering processes, and System and Software lifecycles and standards. Experience in Model Based Systems Engineering methods, techniques and tools Experience in the use of modelling and design tools in support of architectural design activities e.g. CORE Definition, management and traceability of requirements structure with the support of dedicated tools e.g. DOORS. Desirable requirements It would be an advantage to have any of the following Previous working experience in system engineering aspects of SystemGround Systems for MeteorologicalEarth Observation Satellites Experience in Evolution management andor product line management of assets shared across organisational parts. Other Information Start date is as soon as possible Fluency in English is mandatory The candidate must have a valid German work and residence permit or be an EU Citizen To ensure your application reaches us please apply online at httpwww.scisys.dewowirarbeitenspacekarrierespacejobs.html

Tags: system ground engineer segment

EPSSG EndtoEnd Instrument Processing Chains System Architect Engineer mf

2015-03-04 09:05:22| Space-careers.com Jobs RSS

LSE Space is looking for an experienced Engineer mf in order to fulfill the duty of EPSSG EndtoEnd Instrument Processing Chains System Architect Engineer for our customer EUMETSAT in DarmstadtGermany. The primary responsibilities of this role will be Refinement and maintenance of the System Requirements Document when dealing with instrument data processing chains, including analysis of the system design, requirements tracing and justification Definition of ground segment requirements and concepts related to instrument data processing chains specifically definition of the operational processors, from level 0 up to level 2 Definition and maintenance of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS Development of reference processors that implement the functionalities defined in the processing specifications Development of the operational processors and of the related processing framework Definition of the approach for development, verification and validation VV of the instrument data processing chains, including definition of testing concepts, test scenarios and test data sets Verification, integration and acceptance of the instrument data processing chains, specifically the operational processors, including generation of test data sets and development of test tools Maintenance and refinement of EndtoEnd E2E performance requirements spectral, radiometric and geometric requirements allocation and budgeting performed by space segment and instrument providers, specifically when dealing with instrument data processing. Typical activities to be undertaken by the consultant are Perform analyses to ensure completeness and coherence of the System and subsystem design for all aspects related to data processing and contribute as needed to the System Design Justification Document Analyse ground segment requirements related to instrument data processing chains and their implications on the system architecture and design report about inconsistencies and follow up resolution of noncompliances Ensure that the operational processors which are developed as part of the EPSSG Ground Segment are consistent with the EPSSG System architecture and able to meet the EPSSG system requirements specifically E2E performance requirements spectral, radiometric and geometric requirements and timeliness requirements Provide reporting about inconsistencies and noncompliances Review and contribute to the preparation of the processing specifications Product Generation Specifications PGSs, Product Format Specifications PFSs and Auxiliary Data Specifications ADS to confirm and ensure their consistency with the System requirements Review space segment and instrument documents e.g. S2GICD, Instrument ICDs, APIDsVCIDs allocation to identify implications for the System when related to instrument data processing review of instrument data processing algorithms and calibration concepts defined by industry with emphasis on their implications on data processing interfaces and architecture Review ground segment documentation dealing with requirements, design and technical analyses of relevance for data processing to ensure consistency with system requirements and design Assess implications ofcontributions by the data processing chains to EndtoEnd E2E performance requirements spectral, radiometric and geometric requirements and contribute to the compilation of E2E performance budgets any noncompliances with the EPSSG System E2E performance requirements need to be identified and resolved Participate in formal reviews and technical meetings at system, space segment and ground segment level when relevant for instrument data processing Prepare documentation for System reviews Coordinate interdisciplinary meetings relevant for instrument data processing chains Support studies internal or external and the evaluation of their results when relevant for instrument data processing. Requirements Proven experience in engineering of onground data processing elements, including requirements specification, architecture and detailed design, definition of interfaces and testing concepts for spaceborne observing systems as imaging andor sounding instruments Demonstrated ability to perform analyses of a System combined space and ground segment top down and to perform syntheses. The following experience would be an additional asset Experience in verifying and validating complex realtime data processing systems for spaceborne observing systems as imaging andor sounding instruments Experience in specification, development andor procurement of instrument test data sets and processor prototypes for spaceborne observing systems as imaging andor sounding instruments Knowledge of relevant spaceborne observation instruments EPSSG satellites will embark sounders and imagers from the ultraviolet to the microwave range, a scatterometer and a radiooccultation instrument Mission performance analysis, budgeting and verification for spaceborne observing systems as imaging andor sounding instruments Experience in specification of operational products for earth observation missions. Academic and work related requirements A University degree in an engineering discipline is required. Perfect command of English, verbal and written. Knowledge of French would be an asset. Location of workEUMETSAT in DarmstadtGermany. Benefits A permanent employment contract. Competitive salary plus a comprehensive benefits package. Career path. 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. You are looking for a challenging position in a very interesting, international environment? Then send your application preferably online to andree.scherschellsespace.com.not later than 20th March 2015.

Tags: system processing instrument engineer

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