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System Analysis Engineer 1611058
2016-03-30 07:06:04| 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. System Analysis Engineer 1611058 Job Description We are looking for a System Analysis Engineer for our client ESTEC. You will be part of the System Support Division and will focus particularly on AOCS performance analyses and optimization work. You will be involved in the Sentinel1B Commissioning, provide support to the Sentinel2B and Sentinel5P teams for the preparation of their respective commissioning work, and provide support to the Sentinel1A and Sentinel2A teams for inflight performance analyses. Your key tasks shall include Review the system analysis of attitude and orbit control systems Propose and analyse manoeuvre strategies in relation with AOCS design and mission requirements Review the precise orbit determination process for projects, with particular emphasis on GPSGNSSbased orbits Perform and review instrument geolocation and coverage analysis Analyze inflight AOCS performance and propose possible improvements to the AOCS data processing. Required Skills and Experience Several years of experience in satellite Attitude and Orbit Control Systems AOCS designs and techniques Familiarity with AOCS instruments software and hardware star trackers, thrusters, gyros Knowledge of orbital mechanics Several years of experience in mathematical software programming, in at least one of the following languages Matlab, IDL, python Able to write and present synthetic and precise analysis reports Fluent in spoken and written English Work Location Noordwijk, Netherlands Dates Application Deadline 15 April 2016 Start of Work May 2016 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 15 April 2016 Learn more about us in Facebook
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system engineer
System Analysis Engineer Earth Observation
2016-03-29 13:06:45| Space-careers.com Jobs RSS
For one of our main customers ESAESTEC, we are currently looking for a System Analysis Engineer to lend support in the Earth Observation Directorate. With the launch of Sentinel1B currently scheduled in April 2016, and two more EO launches planned in 2016 or early 2017 Sentinel2B, Sentinel5P, the overall workload of the System Analysis Office in the System Support Division will be higher than usual. To cover for this, one additional expert will be added to the team, in particular for AOCS performance analyses and optimization work. Tasks and activities The candidate will report to the Head of the System Analysis Office, in the System Support Division. Heshe will be involved in the Sentinel1B Commissioning as part of the commissioning team. Heshe will support the Sentinel2B and Sentinel5P teams for the preparation of their respective commissioning work. Heshe will also support the Sentinel1A and Sentinel2A teams for inflight performance analyses. Review the system analysis of attitude and orbit control systems Propose and analyse manoeuvre strategies in relation with AOCS design and mission requirements Review the precise orbit determination process for projects, with particular emphasis on GPSGNSSbased orbits Perform and review instrument geolocation and coverage analysis Analyze inflight AOCS performance and propose possible improvements to the AOCS data processing. Requirements Applicants for this post should have a university degree Masters or equivalent qualification in a relevant science or engineering subject together with at least 4 years of experience in satellite Attitude and Orbit Control Systems AOCS designs and techniques Familiarity with AOCS instruments software and hardware star trackers, thrusters, gyros Knowledge of orbital mechanics Several years of experience in mathematical software programming, in at least one of the following languages Matlab, IDL, python Able to write and present synthetic and precise analysis reports Fluent in spoken and written English. About ATG Europe For more than 30 years, ATG Europe has been recognized as a leading contracting company supporting the European Aerospace industry. We are a truly international organization, hosting more than twenty different nationalities. We are always looking for highly educated, talented and ambitious employees, who feel at home in a diverse international working environment. ATG Europe employees are engaged in innovative projects performing to high standards and utilizing the full extent of their professional knowledge. Interested? Submit your CV and personal details through our website or send your application directly to recruitmentatgeurope.com. We encourage you to submit your CV in the Europass format. Click here to create a Europass CV. Security Check The selected candidate shall be subject to a general security screening within the boundary of the legal constraints in force. The security screening applies to the following actions The candidates degrees and certificates shall be verified for authenticity with the issuing school, college or university The candidate will be requested to sign a statement of good conduct declaring that heshe has no criminal record.
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Mission Analysis and System Engineer
2016-02-04 11:06:46| Space-careers.com Jobs RSS
Post Description DEIMOS is selecting an engineer to be integrated in the System Engineering and Earth Observation Mission Analysis SEEOMA Competence Centre of the Flight Systems Business Unit. The work of the SEEOMA Competence Centre is oriented to supporting the design of space missions from a mission engineering point of view mostly for ESA, EC and system integrators, as well as designing and developing system and mission analysis tools to assess mission scenarios and architectures, operations concepts, system performances, and to perform research in celestial mechanics and its applications. As a matter of reference, DEIMOS activities encompass Earth observation, science and lunar missions Formation flying and satellite constellation systems Satellite rendezvous and active debris removal ADR Space transportation systems and reentry vehicles Flight dynamics Space system engineering Planetary entry, descent and landing System and mission analysis tools and simulators for the design, analysis and operations of space missions Main Duties The following types of responsibilities are envisioned Modelling and simulation of space missions and systems, including space environment and space vehicle dynamics. Mission design and analysis for Earth observation, science, lunar and active debris removal ADR missions. Mission design and analysis of multisatellite systems constellations, formation flying, convoys in support to the system design process. Specification, design, development and validation of system and mission analysis tools to support the Mission Engineering processes, in particular to enable the assessment of mission scenarios and architectures, operations concepts and system performances. Specification, design, development and validation of optimised mission planning algorithms and tools. Specification, design, development and validation of flight dynamics tools. Play an active role in fostering the consolidation of the engineering processes and promoting technology research, innovation and development actions. Participation in andor support to Earth observation, science, lunar and ADR programme activities covering phases 0, A, B, C, D and E. Education Required a recognised engineering degree aerospace, mechanical, electrical, control, computer science engineering or a related degree e.g. physics Desired postgraduate studies e.g. M.Sc. or PhD on aerospace, flightorbital dynamics, simulation or software engineering Professional Experience Engineer with at least 1 year experience in the practical application of the domains relevant to the post relevant M.Sc. PhD studies would also be considered Technical The following skills are required for the post Classical mechanics theoretical background High knowledge of celestial mechanics and astrodynamics Experience in Earth observation, science or active debris removal mission design and analysis experience in ESAEuropean programmes is welcome Programming languages MATLAB andor CC Software engineering methods and techniques Other skill desired for the post are Knowledge of optimisation theory and techniques Other programming languages Java, Fortran Object oriented programming Use of mission analysis COTS GMAT, STK, etc. Language Skills Good level of English, spoken as well as written Personal Skills High motivation Initiative and autonomy to solve complex problems Responsibility towards the customer and team mates Willing to work in international groups
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Mission Analysis and System Engineer
2016-01-14 12:05:35| Space-careers.com Jobs RSS
Post Description DEIMOS is selecting an engineer to be integrated in the System Engineering and Earth Observation Mission Analysis SEEOMA Competence Centre of the Flight Systems Business Unit. The work of the SEEOMA Competence Centre is oriented to supporting the design of space missions from a mission engineering point of view mostly for ESA, EC and system integrators, as well as designing and developing system and mission analysis tools to assess mission scenarios and architectures, operations concepts, system performances, and to perform research in celestial mechanics and its applications. As a matter of reference, DEIMOS activities encompass Earth observation, science and lunar missions Formation flying and satellite constellation systems Satellite rendezvous and active debris removal ADR Space transportation systems and reentry vehicles Flight dynamics Space system engineering Planetary entry, descent and landing System and mission analysis tools and simulators for the design, analysis and operations of space missions Main Duties The following types of responsibilities are envisioned Modelling and simulation of space missions and systems, including space environment and space vehicle dynamics. Mission design and analysis for Earth observation, science, lunar and active debris removal ADR missions. Mission design and analysis of multisatellite systems constellations, formation flying, convoys in support to the system design process. Specification, design, development and validation of system and mission analysis tools to support the Mission Engineering processes, in particular to enable the assessment of mission scenarios and architectures, operations concepts and system performances. Specification, design, development and validation of optimised mission planning algorithms and tools. Specification, design, development and validation of flight dynamics tools. Play an active role in fostering the consolidation of the engineering processes and promoting technology research, innovation and development actions. Participation in andor support to Earth observation, science, lunar and ADR programme activities covering phases 0, A, B, C, D and E. Education Required a recognised engineering degree aerospace, mechanical, electrical, control, computer science engineering or a related degree e.g. physics Desired postgraduate studies e.g. M.Sc. or PhD on aerospace, flightorbital dynamics, simulation or software engineering Professional Experience Engineer with at least 1 year experience in the practical application of the domains relevant to the post relevant M.Sc. PhD studies would also be considered Technical The following skills are required for the post Classical mechanics theoretical background High knowledge of celestial mechanics and astrodynamics Experience in Earth observation, science or active debris removal mission design and analysis experience in ESAEuropean programmes is welcome Programming languages MATLAB andor CC Software engineering methods and techniques Other skill desired for the post are Knowledge of optimisation theory and techniques Other programming languages Java, Fortran Object oriented programming Use of mission analysis COTS GMAT, STK, etc. Language Skills Good level of English, spoken as well as written Personal Skills High motivation Initiative and autonomy to solve complex problems Responsibility towards the customer and team mates Willing to work in international groups
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analysis
mission
engineer
TEM Sample Preparation System aids failure analysis labs.
2015-11-05 14:31:06| Industrial Newsroom - All News for Today
Available in FX and HX models, Helios™ G4 DualBeam Series offers 7 nm TEM lamella preparation solution for semiconductor manufacturing and failure analysis applications. Flexible FX system delivers STEM resolution down to sub-three Ångströms and enables images to be obtained within minutes of completing lamella. HX model, geared specifically for high-throughput TEM lamella production, features automated QuickFlip holder that minimizes sample preparation times.
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failure