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University of California San Diego breaks ground on $627 million expansion
2018-06-19 00:28:17| American School & University
The North Torrey Pines Living and Learning Neighborhood will consist of student housing, academic towers and retail space.
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Ground Segment AIV Engineer mw
2018-06-18 15:27:40| Space-careers.com Jobs RSS
Vitrociset Belgium, a Vitrociset Group company, can claim almost 30 years of experience in the field of space operations engineering activities, starting in 1982 with the European Space Agency. Today Vitrociset Belgium is the Corporate Groups center of gravity for the Space activities in central Europe. With the headquarter located in Belgium and permanent offices presence close to ESAs centers ESOC D, ESTEC NL and ESAC SP, the company offers you major opportunities at its many sites abroad, an international environment and assignment to prestigious clients ESA, ESO, CNES, EUMETSAT. Please send your application for this role to Ms. Roxana Sasu at r.sasuvitrocisetbelgium.com Deadline 22.07.2018 Key Responsibilities This position is for a Ground Segment AIV Engineering role in support to the Galileo Project Office in the activities of Ground Segment AIV Assembly, Integration and Validation that are carried out in the frame of Galileo Ground Mission Segment. This includes Support the Fucino and Oberpfaffenhofen Coordination Meetings in all aspects related to AIV test activities, anomalies, remote sites, installation and deployment, migration of elements. This includes followup during the week of the activities agreed and reporting of status at the end of the week. Support the ARB Anomaly Review Board and System NRBs in all aspects related to anomalies or NCRs from GMS, including Follow up of the actions allocated to the different stakeholders Ground Segment, OPS, System, ILS Input for preparation of the agenda selecting the most critical anomalies Check of the status of the Anomaly Reports ARs including their closure by successful test by OPS operational validation, see below Follow up and evaluation of workarounds proposed by Segment prime while anomalies are being corrected see below Support the GCC CCBs Change Control Board of both Fucino and Oberpfaffenhofen, including Follow up of the configuration of the deployed ground segment in both OPE and VAL chains Maintenance of a CCR Configuration Change Request dashboard for OPE and VAL Chains with the updated status of implementation Support the Workaround Check Point Meeting Contribute to various reporting to upper management on status of GMS, AIV and infrastructure deployed in GCCs and remote sites. GMS AIV AIV Engineering Review AIV documentation AIV Plans, RVMs, Test Cases Follow up of GMS Segment Tests in AIV Factory in Stuttgart in GCCI Fucino and in GCCD in Oberpfaffenhofen Review and acceptance of Test Procedures Support TRRs and ensure that planned testing is correct in terms of qualification objectives, configuration, and adequacy of the Test Procedures. Decide on gonogo for start of formal testing based on those criteria Witness dry runs and formal test execution on site and in factory if needed Contribute to Segment Qualification by providing confirmation that requirements have been correctly verified by the test runs Followup of nonconformances found during test, and prepare inputs for the relevant NRBs. Followup of nonregression test campaigns and repetition of tests to maintain qualification credits Support delivery of new releases of the Segment DRB Delivery Review Board by Follow up of deployment of element SW and HW in the GCC Follow up the corresponding verification test campaign Follow up the configuration audit Ensure that nonconformances and RFWsRFDs are properly described and treated Support the DRB meeting Support to System Verification Activities Support the following types of System Verification activities Ground Segment Integration including Mission Planning System Functional Tests Tests of External Interfaces SCTC System Compatibility Test Campaigns Secure IOT SIOT and SV Introduction tests Event Centralization tests by performing the following tasks Review the corresponding documentation System RVMs, System AIV Plans, System Test Cases and Test Procedures Participation in the test activities attend TRRs and TRBs, perform or witness test execution, review qualification test results and test logs Participation in NRBsARBs analyzing noncompliances and RFWs Identify and report on anomalies impacting System activities and provide support for followup and resolution Coordination with GCS for alignment of baseline Liaison with OPS Follow up of OPS validation activities in VAL Chain Follow up of OPS activities in OPE Chain Coordination with OPS to facilitate GMS L2 maintenance in OPE Chain Ensure anomaly reports and limitations are properly followed up by the ground segment contractor Location of work ESTEC, with frequent travelling to other Galileo locations to follow other test campaigns, infrastructure deployment, project reviews or progress meetings. GCCI Galileo Control Centre of Fucino, Italy GCCD in Oberpfaffenhofen, AIV Platform placed in Ditzingen, Germany AIV Platform placed in Toulouse, France In view of the complex interaction with numerous entities, the key person requires good communication skills and the capability to manage complex and potentially stressful tasks. Good practical and analytical skills are also required. Demonstrated proactivity and problemsolving attitude are essential. Requirements Mandatory More than 5 years of demonstrated experience working in integrationverification of large, distributed ground segments, preferably in space, aircraft, or military projects. Experience in Satellite Navigation, Galileo project and its Ground Segment. Good IT knowledge of modern clientserver system, network security functions. Endtoend knowledge of complex data processing and real time systems. Proven experiences with IT systems, RT OS and IP networks, MS Office Tools, requirements management and integrationverification. Fluency in English, both in speech and writing, with excellent communication, reporting and presentation skills Selfmotivation, ability to work in international teams distributed throughout Europe Good knowledge of operational environment and of needs of operators Experience at system level, System thinking Desirable Requirements Familiarity with satellite control systems, in particular SCOS2000 Some experience dealing with security environments Capability for frequent travelling within Europe The ability to multitask efficiently working on multiple activities, multiple subsystems and if applicable multiple missions simultaneously. Special Requirements S01 security clearance Please be advised that by submitting your CV or other content to us, you agree to the administration, processing and storage of any personal data for the purposes of recruitment processes. The agreement covers the processing of personal data by Vitrociset Belgium even after finishing the recruitment process to submit further proposals for employment and may be revoked at any time. Come and join us! More information at httpwwww.vitrocisetbelgium.com
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Ground Segment System Engineer
2018-06-16 13:26:42| 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 EUMETSAT in Darmstadt, Germany. Ground Segment System Engineer 1813032 Job Description We are looking for a Ground Segment System Engineer for our client EUMETSAT. You shall contribute to maintaining the overall system design documentation of the existing and future systems and multimission elements MMEs. When evolutions of these systems are proposed and implemented, you shall analyse them and verify the system and interfaces coherence. In the role of service to the maintenance and evolution activities of the operational programmes MSG, EPS, JASON, the tasks shall include Contribute to the System Requirements Definition process andor maintaining existing requirements baselines. Contribute to the maintenance, for all the operational ground systems, of a complete and consistent set of System Technical Documentation and the baseline. Contribute to the creation of System Engineering models of Ground Systems using an MBSE approach andor maintaining existing model baselines. Perform technical analysis of system architecture and specification evolutions or major upgrades of the operational ground systems, for interfaces coherence and compatibility check with other ongoing developments. Contribute to the IVV testing approach for major evolutions of the operational ground systems and contribute to the coordination of the installation, integration and verification of new systems into the operational infrastructure. Contribute to the various OPS TSS Projects and associated reviews, as required, providing System Engineering support during the design phase and contribute actively to the definition of the IVV activities. Contribute to the assessment of Engineering Tasks providing System Engineering expertise to CRBs and ARBs. Contribute to the impact analysis of ICT evolutions in operational systems. Contribute to the analysis, investigations and resolution of system and ground segment level anomalies. Provide expert inputs to the SEP System Engineers on all related activities as requested. Contribution to the OPS regular coordination processes as requested. In the role of services to the development of new EUM programmes MTG, EPSSG, the tasks shall include Participate to the description of the system architecture and interfaces between external systems and the mission specific elements of the ground system. In coordination with the system and interface engineers of the future ground segment, ensure that the definition and documentation of new interfaces are compatible with the methodology used in Operations this includes the use of common templates for Interface Control Document and the use of the same tool for maintaining the interfaces data dictionary. Provide support to the definition of the IVV approach for the future ground systems. Required Skills and Experience Experience in the analysis of systems applications and modelling. Experience in the field of Systems Engineering and architectural design for ground segment systems. Capability to prepare system requirements and design documents, and to perform systemlevel analyses for complex satellitebased systems. Experience of writing technical requirements preferably to ECSS standards. Experience of interface management and definition. Familiarity with mechanisms and tools for detailed interface definition. Capability to prepare and manage ICD. Use of modelling and design languages for System Engineering e.g. SysML and tools in support of architectural design activities e.g. Vitech CORE, Enterprise Architect. Knowledge of space and ground system engineering processes, and system and software lifecycles and standards. Experience in Model Based Systems Engineering MBSE methods, techniques and tools. Definition, management and traceability of requirements structure with the support of dedicated tools e.g. DOORS. Experience in Integration, Verification and Validation IVV of complex systems. In addition, for the accomplishment of the listed tasks, the team shall possess knowledge and experience in the following of the two mandatory domains, and minimum of four of the other following areas Mandatory Satellite monitoring and control systems including Flight Dynamics and SC Simulator aspects Mandatory Data processing Dissemination Archive systems Ground Stations Computer systems Network systems IT Security Desirable Skills and Experience Full development cycle of large systems, from the definition of requirements to system design and testing Configuration Control processes and tools Familiarity with the ECSS standards. INCOSE System Engineering certification CSEPESEP, or comparable systems engineering certification. Work Location Darmstadt, Germany Dates Application Deadline 07 August 2018 Start of Work October 2018 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 Germany. 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 07 August 2018 Learn more about us in Facebook
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Galileo Ground Segment AIV Engineer
2018-06-13 17:27:30| Space-careers.com Jobs RSS
Job description For our customer, the European Space Agency ESA, we are seeking to recruit an experienced space Ground Segment AIV Engineer to work at ESAs ESTEC site in Noordwijk, in the Netherlands. Responsibilities You will be assigned to the Galileo Project within the ESAESTECs Directorate of Navigation providing support to Ground Segment AIV Assembly, Integration and Validation in the frame of Galileo Ground Mission Segment GMS. This includes Support coordination meetings with other Galileo sites Fucino and Oberpfaffenhofen in all aspects related to AIV test activities, anomalies, remote sites, installation and deployment, migration of elements. This includes followup during the week of the activities agreed and reporting of status at the end of the week. Support the ARB Anomaly Review Board and System NRBs in all aspects related to anomalies or NCRs from GMS, including Follow up of the actions allocated to the different stakeholders Ground Segment, OPS, System, ILS Input for preparation of the agenda selecting the most critical anomalies Check of the status of the Anomaly Reports ARs including their closure by successful test by Directorate of Operations OPS personnel operational validation, see below Follow up and evaluation of workarounds proposed by Segment prime contractor while anomalies are being corrected see below Support the GCC CCBs Change Control Board of both Fucino and Oberpfaffenhofen, including Follow up of the configuration of the deployed ground segment in both OPE and VAL chains Maintenance of a CCR Configuration Change Request dashboard for OPE and VAL Chains with the updated status of implementation Support the Workaround Check Point Meeting. Contribute to various reporting to upper management on status of GMS, AIV and infrastructure deployed in GCCs and remote sites. Support to GMS AIV engineering AIV Engineering Review AIV documentation AIV Plans, RVMs, Test Cases Follow up of GMS Segment Tests in AIV Factory in Stuttgart in GCCI Fucino and in GCCD in Oberpfaffenhofen Review and acceptance of Test Procedures Support TRRs and ensure that planned testing is correct in terms of qualification objectives, configuration, and adequacy of the Test Procedures. Decide on gonogo for start of formal testing based on those criteria Witness dry runs and formal test execution on site and in factory if needed Contribute to Segment Qualification by providing confirmation that requirements have been correctly verified by the test runs Followup of nonconformances found during test, and prepare inputs for the relevant NRBs. Followup of nonregression test campaigns and repetition of tests to maintain qualification credits Support delivery of new releases of the Segment DRB Delivery Review Board by Follow up of deployment of element SW and HW in the GCC Follow up the corresponding verification test campaign Follow up the configuration audit Ensure that nonconformances and RFWsRFDs are properly described and treated Support the DRB meeting Support to System Verification Activities Support the following types of System Verification activities Ground Segment Integration including Mission Planning System Functional Tests Tests of External Interfaces SCTC System Compatibility Test Campaigns Secure IOT SIOT and SV Introduction tests Event Centralization tests by performing the following tasks Review the corresponding documentation System RVMs, System AIV Plans, System Test Cases and Test Procedures Participation in the test activities attend TRRs and TRBs, perform or witness test execution, review qualification test results and test logs Participation in NRBsARBs analyzing noncompliances and RFWs Identify and report on anomalies impacting System activities and provide support for followup and resolution Coordination with GCS for alignment of baseline Liaison with ESAs Directorate of Operations OPS Follow up of OPS validation activities in VAL Chain Follow up of OPS activities in OPE Chain Coordination with OPS to facilitate GMS L2 maintenance in OPE Chain Ensure anomaly reports and limitations are properly followed up by the ground segment contractor This is a full time position located at ESTEC, Noordwijk, The Netherlands. Frequent travel to other Galileo locations to follow other test campaigns, infrastructure deployment, project reviews or progress meetings will be required GCCI Galileo Control Centre of Fucino, Italy GCCD in Oberpfaffenhofen, AIV Platform placed in Ditzingen, Germany AIV Platform placed in Toulouse, France The requested start of work is 1st October 2018. Qualifications Competencies Applicants shall have a Masters degree in Electrical Engineering, Aerospace Engineering, Telecommunications Engineering or similar. Essential skills are At least 5 years of demonstrated experience working in integrationverification of large, distributed ground segments, preferably in space, aircraft, or military projects Experience in Satellite Navigation, Galileo project and its Ground Segment. Good IT knowledge of modern clientserver system, network security functions. Endtoend knowledge of complex data processing and real time systems. Proven experiences with IT systems, realtime RT OS and IP networks, MS Office Tools, requirements management and integrationverification. Fluency in English, both in speech and writing, with excellent communication, reporting and presentation skills Selfmotivation, ability to work in international teams distributed throughout Europe Good knowledge of operational environment and of needs of operators. Experience at system level, system thinking. The following are additional assets Familiarity with satellite control systems, in particular SCOS2000 Some experience dealing with security environments Capability for frequent travelling within Europe The ability to multitask efficiently working on multiple activities, multiple subsystems and if applicable multiple missions simultaneously. NOTE Candidates must be eligible for, or ideally already in the possession of, security clearance. 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 Support on relocation if applicable Recruitment is depending on successful selection by the customer. Additional information To ensure that your application will reach us and is properly processed, please apply exclusively through our website httpwww.terma.comcareersjobs and upload a cover Letter explaining your background and expertise, as well as your earliest date of availability, and an uptodate Curriculum Vitae. For further information, please contact Mr. Simon Mills by telephone 31 6 2326 2398 or by email recruitment.nlterma.com. Closing date July 23rd 2018 Please note the following Legal Security requirements Applicants must hold all appropriate permits to work in the EU. Applicants are required to provide a copy of their IDpassport and degreehigher education certificate. Terma will validate the certificate with the issuing authority. A Certificate of Good Conduct or equivalent will be applied for at commencement of employment.
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galileo
Ground Segment System Engineer
2018-06-13 17:27:30| 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. We are looking for a Ground Segment System Engineer to work at EUMETSAT Darmstadt, Germany. Tasks The services will initially cover the system and interfaces engineering activities by contributing to the routine operations of the MSG, EPS and Jason23 operational programmes and contributing to multimission systems. In the frame of support provided by the TSS Department to the development of new programmes, the tasks of the Contractor will then gradually evolve to provide also service to the future programmes as they become operational, in the area of ground segment system engineering and, in particular, interfaces definition. The Contractor shall contribute to maintaining the overall system design documentation of the existing and future systems and multimission elements MMEs. When evolutions of these systems are proposed and implemented, the Contractor shall analyse them and verify the system and interfaces coherence. In the role of service to the maintenance and evolution activities of the operational programmes MSG, EPS, JASON, the tasks of the Contractor shall include Contribute to the System Requirements Definition process andor maintaining existing requirements baselines Contribute to the maintenance, for all the operational ground systems, of a complete and consistent set of System Technical Documentation and the baseline Contribute to the creation of System Engineering models of Ground Systems using an MBSE approach andor maintaining existing model baselines Perform technical analysis of system architecture and specification evolutions or major upgrades of the operational ground systems, for interfaces coherence and compatibility check with other ongoing developments Contribute to the IVV testing approach for major evolutions of the operational ground systems and contribute to the coordination of the installation, integration and verification of new systems into the operational infrastructure Contribute to the various OPS TSS Projects and associated reviews, as required, providing System Engineering support during the design phase and contribute actively to the definition of the IVV activities Contribute to the assessment of Engineering Tasks providing System Engineering expertise to CRBs and ARBs Contribute to the impact analysis of ICT evolutions in operational systems Contribute to the analysis, investigations and resolution of system and ground segment level anomalies Provide expert inputs to the SEP System Engineers on all related activities as requested Contribution to the OPS regular coordination processes as requested In the role of services to the development of new EUM programmes MTG, EPSSG, the tasks of the Contractor shall include Participate to the description of the system architecture and interfaces between external systems and the mission specific elements of the ground system In coordination with the system and interface engineers of the future ground segment, ensure that the definition and documentation of new interfaces are compatible with the methodology used in Operations this includes the use of common templates for Interface Control Document and the use of the same tool for maintaining the interfaces data dictionary Provide support to the definition of the IVV approach for the future ground systems For the development and maintenance of ground segment systems, EUMETSAT applies an engineering method which is to be followed by the Contractor. This implies participation in daily coordination meetings and daily technical reporting via EUMETSAT tools. The engineering method is continuously improved and communicated to the Contractor. Essential requirements Knowledge and experience with the following types of activities is considered essential for the service team three people. Note not every team member needs to have knowledge of every aspect, but rather the team has to demonstrate the ability to perform the full set of activities. There is a ramp up phase planned where more knowledge on the systems will be transferred to the engineering service team. Experience in the analysis of systems applications and modelling Experience in the field of Systems Engineering and architectural design for ground segment systems Capability to prepare system requirements and design documents, and to perform systemlevel analyses for complex satellitebased systems Experience of writing technical requirements preferably to ECSS standards Experience of interface management and definition. Familiarity with mechanisms and tools for detailed interface definition Capability to prepare and manage ICD Use of modelling and design languages for System Engineering e.g. SysML and tools in support of architectural design activities e.g. Vitech CORE, Enterprise Architect Knowledge of space and ground system engineering processes, and system and software lifecycles and standards Experience in Model Based Systems Engineering MBSE methods, techniques and tools Definition, management and traceability of requirements structure with the support of dedicated tools e.g. DOORS Experience in Integration, Verification and Validation IVV of complex systems In addition, for the accomplishment of the listed tasks, the team shall possess knowledge and experience in the following of the two mandatory domains, and minimum of four of the other following areas Mandatory Satellite monitoring and control systems including Flight Dynamics and SC Simulator aspects Mandatory Data processing Dissemination Archive systems Ground Stations Computer systems Network systems IT Security Desirable requirements It would be an advantage for the service team to have knowledge andor experience with some of the following Full development cycle of large systems, from the definition of requirements to system design and testing Configuration Control processes and tools Familiarity with the ECSS standards INCOSE System Engineering certification CSEPESEP, or comparable systems engineering certification. Other Information Start date is October 2018 The tasks of the Contractor will be carried out at EUMETSAT facilities in Darmstadt nominally three days per week. Travel within Europe may be requested for certain activities To apply online please visit www.scisys.despacejobs For information on our Data Protection policy please click here httpswww.scisys.co.ukfileadminuseruploadDatenschutzinfofC3BCrBewerberVersion01ENG.pdf
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