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Mission Analysis and Navigation Engineer

2015-05-20 14:05:24| Space-careers.com Jobs RSS

DEIMOS is selecting an engineer to be integrated in the Mission Analysis and Navigation Competence Centre of the Flight Systems Business Unit. The work of the Mission Analysis Navigation Engineer Competence Centre is oriented to supporting the design of space missions from a mission engineering point of view mostly for ESA, design software tools for mission analysis studies and do research in celestial mechanics and astrodynamics. As a matter of reference, current DEIMOS activities comprise Interplanetary missions planets, astronomy, minor bodies, etc. Earth and lunar missions Planetary Defense Formation flying Autonomous inorbit rendezvous Space transportation systems and reentry vehicles Planetary entry, descent and landing Functional engineering simulators FES to support the GNC design process, and realtime testbenches RTTB for realtime performance assessment The following types of responsibilities are envisioned Modelling and simulation of space systems, including space environment and space vehicle dynamics Support to mission analysis design for interplanetary missions Development of software tools in support to mission analysis actions Performance of navigation assessments based on traditional radiometric measurements or optical measurements Development of software for navigation purposes Play an active role in fostering the consolidation of the engineering processes and promoting technology research, innovation and development actions Education Required a recognized engineering degree aerospace, electrical, control, computer science engineering or similar Desired postgraduate studies e.g. M.Sc. on aerospace, simulation or software engineering Professional Experience Engineer with 1 or 2 years involvement in the domains relevant to the post Technical Requirements The following skills are required for the post Classical mechanics theoretical background High knowledge of celestial mechanics and astrodynamics Knowledge of optimisation theory and techniques Knowledge of estimation theory and techniques Programming languages Fortran and MATLAB Software engineering methods and techniques Other skill desired for the post are Other programming languages Java and CC Object oriented programming Use of mission analysis COTS GMAT, STK, etc. Language Skills Good level of English, spoken as well as written

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STRATOS Flight Controller mf Columbus Mission

2015-05-19 15:01:07| Space-careers.com Jobs RSS

LSE Space is looking for an Engineer mf in order to fulfil the duty as STRATOS Flight Controller within the Columbus mission at DLR in OberpfaffenhofenGermany. The STRATOS position is responsible for monitoring the performance of the Columbus systems EPDS, TCS, ECLSS and commanding. The COLUMBUS emergency, Warning, Caution and Saving EWACs functions as, e.g. smoke detection, fire suppression and other safety related issues, are monitored by STRATOS. STRATOS performs realtime coordination and supports the resolution of Columbus systemtopayload interface anomalies. Furthermore STRATOS is responsible for online monitoring and control of the Columbus DMS hardware and software. STRATOS also monitors the performance of the Columbus software, and controls the execution of the system software programs. STRATOS will additionally perform onboard software management, including the uplink and onboard loading and exchange of software modules and data files. STRATOS routine task is to monitor Columbus DMS. STRATOS additionally performs analysis and diagnostics leading to saving actions based on available procedures when needed. This position is responsible for command execution for all Columbus onboard systems. The STRATOS is responsible for the online monitoring and control of the Columbus Video and Data Processing Unit VDPU, High Rate Multiplexer HRM, and other communications equipment. STRATOS provides Columbus endtoend communications oversight and ensures the onboard communications reconfigurations are implemented in accordance with the planned timelines. STRATOS coordinates onboard Columbus packet selection and any changes to the Data Management Plan. STRATOS also coordinates the Columbus VDPU configuration in support of all payloads in Columbus. The main tasks of the position will be The STRATOS Flight controller position onconsole main tasks are Executes all daily operations work related to the Columbus onorbit operations for Thermal Control TCS, Environmental Control ECLSS and Electrical Power Distribution EPDS distributed systems, by performing the following tasks Responsible for monitoring the performance of TCS, ECLSS and EPDS Responsible for exchanging important information and providing operations information of the Columbus systems Coordinates on resource management, monitoring and control of the system to payload interface to the International Payload Standard Racks ISPR Performs EWACS functions like smoke detection, fire suppression and other safety related issues are in the responsibility of the Columbus Systems position Responsible for the online monitoring and control of the Columbus DMS hardware and software Monitors the performance of the Columbus software, and controls the execution of the system software programs Onboard software management, including the uplink and onboard loading and exchange of software modules and data files Responsible for the online monitoring and control of the Columbus VDPU, HRM, and communications equipment Video Cassette Recorder VCR, Video Camera Assembly VCA, Video Monitor VMN Provides Columbus endtoend communications oversight ensures that onboard communications reconfigurations are implemented in accordance with the planned timelines monitors remote site commanding for link or command handling problems Preparation of hand over report Offconsole STRATOS is preparing all operational products that are needed to execute the above mentioned tasks e.g. procedures Operational Data File ODF, Joint Operational Interface Procedures JOIP Flight Control Operations Handbook FCOH, Operational Interface Procedures OIP, Flight Rules, monitoring limits and command files, displays, Mission Flight Data Base MFDB and planning inputs. STRATOS is also participating in the increment preparation process as well as supporting offline interfaces to all operational parties, e.g. ColFD, EPIC, GCT, EST, NASAFCT, ESA Required qualifications and work experience Ability to work in a multinational team Good communication, planning and reporting skills A Master Degree in Aerospace Engineering or in an equivalent discipline Experience in Human Space Flight Willingness to work on console Additional skills required Systemminded and a team player Able to work in an interdisciplinary team Selfstarter, able to work independently with little or no supervision Fluent in English, both in speech and writing German language skills would be an asset 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 long term and challenging position in a very interesting, international environment? Then send your application preferably online CV in Word format not later than 19th June 2015 to Andre Scherschel andree.scherschellsespace.com.

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Biostatic SAR Mission Engineer

2015-05-13 17:04:28| Space-careers.com Jobs RSS

HE Space is a successful international space company. For over 30 years, we have been supporting our customers with qualified experts in the field of engineering, science and administration. We are currently looking for a Biostatic SAR Mission Engineer to support our customer in the Netherlands. Biostatic SAR Mission Engineer Key Tasks and Responsibilities As part of the ESAs Directorate of Earth Observation Programmes you will join the Future Mission team. In this role you will have the following responsibilities Support in the mission planning definition of and Cband bistatic mission Support the payload and platform system engineering of current activities on bistatic companion satellites and provide inputs for the system engineering activities Support the definition of payloadplatformlauncher interfaces Support the activities related to definition on a generic 500 kgclass platform suited to different payloads and capable of flying in close formation with a larger satellite. Skills Experience You will have the following qualifications and relevant experience University degree in an engineering discipline Several years of relevant experience in a similar role Good communication and technical writing skills, Good organisation skills as well as methodical and proactive Good general knowledge of ESA EOP missions, in particular SAR mission Knowledge on SAR payloads and SAR performance will be a strong asset Experience of daytoday contact with international experts and partners in the field. Capability to coordinate a large amount of inputs Capability to synthesise, summarise and take conclusions A proactive approach, with initiative and capability to work independently Experience in mission analysis and system engineering in general. Experience in system engineering on SAR mission would be an asset Experience in small platforms would be an asset CAD software, Matlab, STK and Excel knowledge would be an asset Knowledge on optimisation techniques would be an asset Fluency in English is mandatory knowledge of another European language is an advantage. This job is located in Noordwijk. If you think you have what it takes for this job, please send us your CV together with a letter of motivation both in English and in Word to Ms Corrina Scheepmaker at jobshespace.com, quoting job NLSC2609 before 30May15. An exciting and dynamic international working environment awaits you!

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Bistatic SAR Mission Engineer

2015-05-11 17:03:17| Space-careers.com Jobs RSS

For one of our main customers ESAESTEC, we are currently looking for a Bistatic SAR Mission Engineer to provide support to EOP Future Missions Division to follow the developments in the following activities and parallel studies, which mainly consist of planning of L and Cband bistatic SAR missions including mission scenarios definition, mission acquisition optimisation and implications at system level, e.g. regarding operations and ground segment System engineering support at platform, payload and mission level Support to the development of versatile platforms for convoy missions in the range of 500 kg max. with 150 kg payload. Tasks and Responsibilities Mission planning and mission definition Description of the support activities The Contractor shall provide support in the mission planning definition of and Cband bistatic mission by Updating and improving the internal mission planning tool. Coordinating inputs from scientific institution and external entities Maximizing by optimisation the scientific acquisition Provide feedback from mission optimisation to the spacecraft and mission design Support to system engineering Description of the support activities The Contractor shall first support the payload and platform system engineering of current activities on bistatic companion satellites and provide his inputs for the system engineering activities. It is also required that contractor takes a proactive role in the definition of payloadplatformlauncher interfaces. More specifically the contractor shall Maintain and crosscheck all systems budget. Coordinate, maintain and secure coherent interfaces between payloadplatform and launcher Maintain relevant requirements Perform system level analysis and designs Maintain and followup resolution of actions at system level derived from industrial contracts Coordinate technical inputs from external entities, outputs from industrial contracts and ESA internal support Review tasks in the framework of industrial activities Support in the definition of a generic 500 kgclass platform Description of the support activities The Contractor shall support the activities related to definition on a generic 500 kgclass platform suited to different payloads and capable of flying in close formation with a larger satellite. More specifically the contractor shall Maintain and crosscheck system track of all platform systems budgets. Coordinate, maintain and secure the definition of a set of interfaces between payloadplatform and launcher Maintain relevant platform requirements Perform system level analysis and designs Coordinate technical inputs from external entities, outputs from industrial contracts and ESA internal support Review tasks in the framework of industrial activities Perform configuration assessments Perform platform system designs Experience and Education Relevant Academic background with University degree in engineering and a minimum of 4 years working experience in the field Good communication and technical writing skills Good organisation skills Methodical and proactive General knowledge of ESA EOP missions, in particular SAR mission. Knowledge on SAR payloads and SAR performance will be a strong asset. Experience of daytoday contact with international experts and partners in the field. Capability to coordinate a large amount of inputs Capability to synthesise, summarise and take conclusions A proactive approach, with initiative and capability to work independently Problemsolving oriented attitude Experience in mission analysis and system engineering in general. Experience in system engineering on SAR mission is an asset. Experience in small platforms is an asset CAD software, Matlab, STK and Excel knowledge is an asset Knowledge on optimisation techniques is an asset 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.

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Bistatic SAR Mission Engineer at ESTEC

2015-05-11 05:04:55| Space-careers.com Jobs RSS

Aurora is an established supplier of skilled manpower to ESA and in particular at ESTEC and ESAC. Aurora has the opportunity to expand our support to ESA in the domain of Earth Observation. Happiness of our employees has proven key to obtaining excellent results and a client who also regards us highly for excellent service. Overview The candidate shall provide engineering support within the Future Missions Division EOPSF of ESAs EOP Directorate. In 2013, ESA received an offer from the National Commission for Space Activities of Argentina CONAE to launch a small satellite with the SAOCOM1b satellite, and to collaborate during the mission exploitation phase. The main SAOCOM1b payload is an Lband polarimetric SAR instrument. This offer, together with previous bistatic SAR mission proposals and science and technical developments during the Earth Explorer BIOMASS mission, provides a unique opportunity to the Earth observation science community and ESA to Demonstrate at global scale the science capabilities of an Lband activepassive satellite constellation through dedicated inorbit experiments. Leverage previous investments in Lband technology and mission studies by ESA and ESA member states. Secure valuable feedback within a short time frame on the scientific potential of Lband SAR mission constellations. The provision of support will follow the developments in the above activities and parallel studies, which mainly consist of the following Planning of L and Cband bistatic SAR missions including mission scenarios definition, mission acquisition optimisation and implications at system level, e.g. regarding operations and ground segment System engineering support at platform, payload and mission level Support to the development of versatile platforms for convoy missions in the range of 500 kg max. with 150 kg payload. A series of 3 specific tasks have been defined Task 1 Mission planning and mission definition Updating and improving the internal mission planning tool. Coordinating inputs from scientific institution and external entities Maximizing by optimisation the scientific acquisition Provide feedback from mission optimisation to the spacecraft and mission design Task 2 Support to system engineering including a proactive role in the definition of payloadplatformlauncher interfaces Maintain and crosscheck all systems budgets. Coordinate, maintain and secure coherent interfaces between payloadplatform and launcher Maintain relevant requirements Perform system level analysis and designs Maintain and followup resolution of actions at system level derived from industrial contracts Coordinate technical inputs from external entities, outputs from industrial contracts and ESA internal support Review tasks in the framework of industrial activities Task 3 Support in the definition of a generic 500 kgclass platform Maintain and crosscheck system track all platform systems budgets. Coordinate, maintain and secure the definition of a set of interfaces between payloadplatform and launcher Maintain relevant platform requirements Perform system level analysis and designs Coordinate technical inputs from external entities, outputs from industrial contracts and ESA internal support Review tasks in the framework of industrial activities Perform configuration assessments Perform platform system designs The work is carried out in close cooperation with specialists in the different domains as well as with the scientists andor data users proposing the mission or expected to use its results. The work in general requires a systemoriented perspective where the needs of the users and the technical and cost constraints have to be balanced so as to provide overall architectural analyses and finally detailed system and element designs that support credible estimates of performance, cost and schedule. Specific qualification requirements University degree Masters or PhD in engineering RD in a related field, A minimum of 3 years relevant professional experience post Degree, Good communication and technical writing skills, Good organisation skills, Methodical and proactive, General knowledge of ESA EOP missions, in particular SAR missions, Knowledge on SAR payloads and SAR performance will be a strong asset, Experience of daytoday contact with international experts and partners in the field., Capability to coordinate a large amount of inputs, Capability to synthesise, summarise and take conclusions, A proactive approach, with initiative and capability to work independently, Problemsolving oriented attitude, Experience in mission analysis and system engineering in general. Experience in system engineering on SAR mission is an asset, Experience in small platforms is an asset, CAD software, Matlab, STK and Excel knowledge is an asset, Knowledge on optimisation techniques is an asset, Legal and Security Requirements All applicants must be legally allowed to work in The Netherlands Applicants are required to provide a copy of their passport and degree certificate. Aurora will validate the Degree with the issuing University and provide evidence to ESA. Prior to issuing a letter of employment the applicant shall provide to Aurora a recent official document declaring that they are of good conduct from the country where currently resident. Location The work will be performed at the European Space Technology and Research Centre ESTEC at Noordwijk, The Netherlands. Contract The selected candidate will receive good remuneration. Will be registered for both social security and tax in the Netherlands. The standard working hours are 40 per week. There are 12 public holidays and an additional 30 annual days holiday. Training to improve efficiency and provide strength for future career are of course included. Aurora assist with relocation both with support and financially. Aurora contributes to a company pension scheme. To be considered for this Position Provide at latest 29 May 2015 a summary of why you are a good candidate for the position together with a complete and detailed Recruitment Form to Mr. Andy McGarry, at email andy.mcgarryaurora.nl quoting reference EOP44b. Aurora will agree conditional employment terms and conditions with candidates before presenting their detailed technical proposal and candidates to ESA by midday 4 June 2015.

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