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Payload Data Processing Engineer SCJ 3103
2017-12-05 12:17:18| Space-careers.com Jobs RSS
Summary An excellent opportunity for an experienced Payload Engineer to work onsite at ESTEC for Telespazio VEGA UK. Objective To support the Onboard Payload Data Processing Section. Responsibilities Duties Duties will include but are not limited to A diverse range of support tasks is required to be carried out within the above domains, encompassing hardware, software and system aspects. These can be grouped within the following main headings Payload data acquisition, processing and storage chains Data acquisition chain Data processing units Instrument controller Mass Memory storage units Experience with high speed serial link based systems and the testing of these interfaces SpaceWire, SpaceFibre and related protocols Protocols providing quality of service, reliability, determinism and FDIR Ethernet based systems based on Powerlink, AFDX or similar is an asset Validation of signal and image processing algorithms via simulation techniques e.g. Matlab, prototyping SW Specific engineering support in the above domains to mainstream ESA space projects, mainly for but not restricted to the development and testing phases Qualifications Experience Masters or equivalent in engineering or technical sciences Experience in VHDL programming, including reconfiguration and partial reconfiguration techniques is an asset Experience in defining payload data processing systems architectures. Extensive knowledge in signal and image processing techniques and devices. Extensive experience in procurement of spaceflight hardware units, subsystems integration and testing in the space industry Knowledge in spaceflight electronics design related to data acquisition, processing and storage functions, as well as constraints of the space environment. Wide knowledge in communication networks principles, standards and their implementation Ability to work in an autonomous manner, in particular when providing support to projects with high time allocations and this in coordination with the line manager. Essential Skills Good English language skills Excellent interpersonal skills and ability to present and effectively communicate quality system processes. Good organisational and communication skills, with the ability to work in a diverse team environment. Further Details 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. Location of the position is ESTEC, 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.
Tags: data
processing
engineer
data processing
OnBoard Payload Data Processing Engineer
2017-12-05 12:17:18| Space-careers.com Jobs RSS
We are looking for an OnBoard Payload Data Processing Engineer E3 to join our Ajilon Technology Aerospace team, working onsite at the European Space Agency Location Noordwijk, The Netherlands Type of work Fulltime, ongoing Ajilon Technology Aerospace is a specialized Engineering consultancy with more than 30 years experience providing aerospace Engineers to our key partners in The Netherlands. Ajilon is a longstanding business partner of the European Space Agency ESA, with more than 115 employees recruited from across Europe currently supporting ESAs activities. The work covers the following technical domains Computers for realtime onboard applications, both as selfcontained units and as embedded items in subsystem equipment. The work includes system design for faulttolerant computer systems, component design and development, operating systems, and identification of tools and methods for dependable specification, design and testing. Data systems for onboard data communication, spacecraft system operation under ground control and with onboard autonomy, groundonboard data communication, and for manned spaceflight crew informatics and interfaces. This includes data system standards and specific software, e.g. data communication software. Data storage, i.e. onboard solidstate mass memory systems, including architecture, components, interfaces, packaging technologies, and operational usage. Electronic design essentially for the implementation of digital functions related to onboard data systems. Payload data acquisition and processing chains, including digital and image processing techniques and devices. Specific tasks to be performed A diverse range of support tasks can be carried out by the contractor within the above domains, encompassing hardware, software and system aspects. These can be grouped into the following main headings Payload data acquisition, processing and storage chains, which can be further divided into Data acquisition chain ADC DAC interfaces Sensor readout electronics Analog signal conditioning Data processing units Concept, design and test of data processing units Implementation of payload data processing functions on processors e.g. DSP, GPU or uProcessor and FPGAs based platforms Tradeoff analysis and verification of the performance in simulation and hardware Instrument controller Concept, design and test of payload computers Knowledge of applied memory technologies Mass Memory storage units Concept, design and test of mass memories and the applied memory technologies Knowledge of file based systems and the CFTP protocol HW SW partitioning and corresponding tradeoffs High speed networks for data transmission and command control Experience with high speed serial link based systems and the testing of these interfaces SpaceWire, SpaceFibre and related protocols Protocols providing quality of service, reliability, determinism and FDIR Ethernet based systems based on Powerlink, AFDX or similar is an asset Validation of signal and image processing algorithms via simulation techniques e.g. Matlab, prototyping SW Specific engineering support in the above domains to mainstream ESA space projects, mainly for but not restricted to the development and testing phases Experience in VHDL programming, including reconfiguration and partial reconfiguration techniques is an asset To successfully perform the above mentioned tasks, the following background experience is required Education on at least Master level A minimum of 4 years of relevant working experience, preferably within the space domain Experience in defining payload data processing systems architectures Extensive knowledge in signal and image processing techniques and devices Extensive experience in procurement of spaceflight hardware units, subsystems integration and testing in the space industry Knowledge in spaceflight electronics design related to data acquisition processing and storage functions, as well as constraints of the space environment Wide knowledge in communication networks principles, standards and their implementation Ability to work in an autonomous manner, in particular when providing support to projects with high time allocations and this in coordination with the line manager About ESAESTEC The European Space Agency ESA has sites in several European countries. The European Space Research and Technology Centre ESTEC is the largest site and the technical heart of ESA. This nursery of European space activities is located in Noordwijk, Netherlands. At ESTEC, about 2500 engineers, technicians and scientists work handson with mission design, spacecraft and space technology. Almost all ESA projects except launchers are managed from ESTEC. In Noordwijk, people work on science missions, manned space missions, Earth observation, telecommunications and navigation satellites. ESTEC provides extensive testing facilities to verify the proper operation of spacecraft, such as the Large Space Simulator LSS, acoustic and electromagnetic testing bays, multiaxis vibration tables and the ESA Propulsion Laboratory EPL. Please send your CV to technologyaerospaceajilon.nl before 08012018
Tags: data
processing
engineer
data processing
Telecom Systems Advanced Payload Engineer
2017-11-15 21:10:50| Space-careers.com Jobs RSS
A vacancy for a Telecom Systems Advanced Payload Engineer has arisen within Airbus Defence Space in Portsmouth. The Telecom Payload System Engineering team is responsible for providing engineering support to telecom payload projects to payload RD activities and to the development of advanced payload products. A vacancy is open for a position of Advanced Payload Engineer within the team based in Portsmouth. The responsibilities include the design of advanced payload architecture for telecom satellites the contribution to the definition of future payload products and the handson involvement in stateofthe art projects within the global leader of the telecom satellite market. The successful candidate will be subject to UK National Security Clearance in order to undertake related work in accordance with business needs. Your main tasks and responsibilities will include Support the telecom proposals team Provide payload system engineering expertise support to bids Analyse customers requirements and take responsibility for the design of a solution meeting these requirements When where needed assist in the capture and formalisation of the missions specification Identify the main payload design to cost tradeoffs, risks and opportunities Propose innovative approach and scope initial subsystems and equipment requirements to deliver the mission Support the workload estimate process for all RF system engineering work packages Generate payload frequency plans, block diagrams, analyses e.g. EIRP, GT etc. and associated hardware lists. Carryout initial performance analysis. Generate the payload mission redline or statement of compliance and, where necessary, supporting customer negotiations Support ongoing projects From customisation phase to PDR Act as payload design manager during the initial phase of the project customisation phase Take part to the equipment specification definition with a particular focus on new nonstandard equipment and advanced subsystems Take part to the performance analysis of the payload Take part to the preparation of the Preliminary Design Review data pack Support PDR and interact with the customer as required Support ongoing projects from PDR to AIT Take responsibility for an advanced subsystem or dedicated complex analysis calibration digital payload performance analysis etc. and support the given work package through to the critical design review CDR As required, take part to the test requirements specification for the given advanced subsystem and manage its industrialisation Support the assembly, integration and test phase reporting results to the customer and supporting investigation of noncompliance Support of the advanced subsystem at spacecraft level during environmental test might also be needed involvement in IOT might occasionally be required Support Telecom RD and Airbus Innovation Support the RD plan established by the Telecom business division take responsibility for work packages and report to the RD project manager Prepare study reports and support technical meetings Contribute to the identification of new topics of interest both for RD and for innovation Airbus BlueBox process Demonstrate product and market knowledge by taking part to relevant workshops and initiatives focused on the definition of Airbus future products contribute to the definition and implementation of development roadmap We are looking for candidates with the following skills and experience Qualification A degree in Telecommunications Electrical, Electronic engineering, mathematics or physics Desirable RFmicrowaveradio communications content in academic background Technical Knowledge Knowledge of Satellite Communications systems understanding of the current and future market from a commercial and customer perspective Previous experience in advanced payload design and knowledge of systems level requirements for advanced payload Extended experience in Microwave high frequency RF engineering and or digital signal processing Extended experience with modelling software used in the context of RF Systems design RF systems performance analysis such as Matlab Simulink ADS HFSS etc. andor any other relevant tool would be a plus Skills and attributes Ability to work within a complex multiple stakeholders environment Demonstrable verbal and written communication skills at ease with colleagues within the engineering community project management team but also customers and suppliers Strong analytical skills Capable of working autonomously against tight deadlines typical example proposals support Capable of integrating quickly to a diverse and international team the Telecom Business Division is split across 3 sites Toulouse Portsmouth and Stevenage This role may involve business travel sometimes at short notice and as such you must be able to travel accordingly Please apply for this vacancy on line at our careers site www.jobs.airbusgroup.com with your CV attached. By submitting your CV or application you are consenting to Airbus Group using and storing information about you for monitoring purposes relating to your application or future employment. This information will only be used by Airbus Group. Airbus is committed to achieving workforce diversity and creating an inclusive working environment. We welcome all applications irrespective of social and cultural background, age, gender, disability, sexual orientation or religious belief. To apply click here
Tags: advanced
systems
telecom
engineer
Senior Payload Electrical Engineer
2017-11-07 10:11:39| Space-careers.com Jobs RSS
ispace Europe is seeking a highly motivated and talented Senior Payload Electrical Engineer to join its team and develop tomorrows lunar exploration technologies. ispace is a Japanese company whose vision is to expand and sustain humanitys presence in space by utilizing resources available on the Moon. The SORATO rover developed by Team HAKUTO, managed by ispace, won the Google Lunar XPRIZE mobility milestone award and is a finalist for the 20M Grand Prize. ispace Europe is the companys newest regional office located in Luxembourg, in the heart of Europe. With support from the Government of Luxembourg, we are designing ispaces next rover missions that will prospect for lunar water and thereby set the first milestone toward lunar ISRU. We are a small team, motivated by the challenges of the Lunar Frontier, and determined to achieve the companys vision. KEY RESPONSIBILITIES The Senior Payload Electrical Engineer will be responsible for the instrument interface definition and development and for the instrument integration into the next generation rovers. The position requires strong capabilities from board to systemlevel design. It is a unique opportunity to assemble oneofakind instruments with cutting edge rovers to advance our understanding of the Moon. Because our team is lean we rely on every engineer to exhibit a crossfunctional mindset, intellectual curiosity, willingness to bridge gaps, appreciation for process, and understanding of the system two levels up and two levels down. The candidate must be selfdriven, continuously selfimproving, and proud of herhis work. More specifically, the Payload Electrical Engineer will Own the development and integration of instrument electronics into the rover avionics. Coordinate configuration design studies between the instrument teams and rover team in Japan Assist in the selection of industry standards for implementing roverpayload electrical interfaces Develop requirements with flow downs to subsystem and component levels and associated verification methods Prepare electrical drawings, specifications, test plans, and simulations Identify and implement good technical solutions, that are costeffective and easily procured Develop and test breadboard and prototype solutions Communicate with instrument teams, learn the ins and outs of their designs, act as the Cognizant Engineer for instruments Coach the ispace Europe engineering and business teams on anything electrical Travel occasionally to Japan and to vendor and instrument provider locations REQUIREMENTS Hold BS with 10 years of relevant experience or MS with 7 years of relevant experience in computer engineering, electrical engineering, or equivalent Possess proven track record of developing electronics throughout product cycle from schematic to manufacturing Develop rapid prototypes, test, troubleshoot, repeat Exhibit sound judgment and deep understanding of systemlevel impact of design choices Be highly organized and capable of planning and executing complex technical work Thrive in multidisciplinary environment in close cooperation with engineering and business teams Must have excellent interpersonal, organizational, and communication skills Show initiative, leadership, and positive cando attitude Be comfortable with change and fastpace environment PREFERRED EXPERIENCE Be knowledgeable of space environmental tests Has experience with the design and manufacturing of harnessing Has experience developing electronics with Microcontrollers, microprocessors, FPGAs Processor peripheral interfaces USB, I2C, SPI, storage, high speed serial IFs, PCIExpress, MIPI, LVDS, SDI Design for high speed Signal integrity and Class B EMC Sensors and integration into products Analog electrical design Strong working knowledge of best practices for PCB FPC layout and fabrication
Tags: senior
electrical
engineer
payload
Senior Payload Mechanical Engineer
2017-11-07 10:11:39| Space-careers.com Jobs RSS
ispace Europe is seeking a highly motivated and talented Senior Payload Mechanical Engineer to join its team and develop tomorrows lunar exploration technologies. ispace is a Japanese company whose vision is to expand and sustain humanitys presence in space by utilizing resources available on the Moon. The SORATO rover developed by Team HAKUTO, managed by ispace, won the Google Lunar XPRIZE mobility milestone award and is a finalist for the 20M Grand Prize. ispace Europe is the companys newest regional office located in Luxembourg, in the heart of Europe. With support from the Government of Luxembourg, we are designing ispaces next rover missions that will prospect for lunar water and thereby set the first milestone toward lunar ISRU. We are a small team, motivated by the challenges of the Lunar Frontier, and determined to achieve the companys vision. KEY RESPONSIBILITIES The Senior Payload Mechanical Engineer will be responsible for the development of sample acquisition handling tools and for the integration of these tools and other science instruments on the next generation rovers. The position requires strong capabilities in structures and mechanisms. It is a unique opportunity to assemble oneofakind planetary systems to advance our understanding of the Moon. Because our team is lean we rely on every engineer to exhibit a crossfunctional mindset, intellectual curiosity, willingness to bridge gaps, appreciation for process, and understanding of the system two levels up and two levels down. The candidate must be selfdriven, continuously selfimproving, and proud of herhis work. More specifically, the Payload Mechanical Engineer will Define instrumentrover mechanical interfaces Coordinate configuration design studies between the instrument teams and rover team in Japan Manage the integration of instruments on rovers Drive the selection and development of soil penetrators and sample handling systems Formalize lunar environmental constraints properties of lunar regolith properties and behavior of lunar volatiles into requirements on the penetrators and sampling handling systems Develop requirements with flow downs to subsystem and component levels and associated verification methods Perform trade studies on penetrators and sample handing systems and develop a technology roadmap for ispace to grow its capabilities in these areas Develop detailed hardware fabrication drawings assembly instructions and oversee procurement of mechanical systems Develop and test breadboard and prototype solutions Define test levels for mechanical launch environments Support new business team with quick sizing and scaling of structural systems Coach the ispace Europe engineering and business teams on anything mechanical Travel occasionally to Japan and to vendor and instrument provider locations REQUIREMENTS Hold BS with 10 years of relevant experience or MS with 7 years of relevant experience in mechanical engineering Possess proven track record of developing mechanical products from concept to fabrication Is knowledgeable about structural analysis, material selection, and fabrication processes for spaceflight hardware Has extensive experience with CAD and FEA software packages Experienced with the design and simulation of composite materials Practices additive manufacturing techniques for prototyping andor flight manufactuing Has Knowledge of Geometric Dimensioning and Tolerancing GDT Exhibit sound judgment and deep understanding of systemlevel impact of design choices Be highly organized and capable of planning and executing complex technical work Thrive in multidisciplinary environment in close cooperation with engineering and business teams Must have excellent interpersonal, organizational, and communication skills Show initiative, leadership, and positive cando attitude Be comfortable with change and fastpace environment PREFERRED EXPERIENCE Design complex mechanisms andor soil penetrators Be knowledgeable of space environmental tests Has experience with small spacecraft design and integration Take into thermal considerations and perform thermal simulations e.g. thermal desktop
Tags: senior
mechanical
engineer
payload
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