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Mission Control Applications Engineering Consultancy Support
2015-07-17 17:05:12| Space-careers.com Jobs RSS
ACS is looking for a person to provide Mission Control Applications Engineering Consultancy Support ACS has more than 30 years experience in delivering solutions for Earth Observation satellites Ground Segments. Based in Rome, Italy and in Darmstadt, Germany, we delivered systems currently in operation in 20 countries worldwide and have a long record of successful projects carried out for ESA, EUMETSAT, EMSA and many other Space Agencies and Research Centres. ACS recently established German subsidiary ACSD aims at better serving our customers based in Darmstadt area. ACS offers pleasant, international working environment at customer site very competitive salary attractive benefit package tailored on specific exigencies training and personal growth within ACS group, full support from a high technology company for relocation to Darmstadt. Support to GSI MCA Activities Reference Architecture Participation to the definition and maintenance of the EUMETSAT TSS reference architecture for the Mission Control Applications part of the Ground Segment. Support to new Missions PhaseB activities Requirements engineering Participation to the functional analysis and decomposition of the Ground Segment requirements in the domain of Mission Control Applications. Support to the definition of Ground Segment requirements in the area of the Mission Control Applications. Participation to workshops and review meetings. Interfacing with Operations to consolidate the operational concept in the Mission Control Applications requirements. Support the identification of the verification method and initial test cases for the Mission Control Applications requirements. Incorporate the reuse of the EUMETSAT Mission Control Application kernel products in the Ground Segment requirements. Interfacing with the Mission Control Applications kernel product experts in the MCA Team to coordinate their contributions to the requirements definition. System Architectural design Support the generation of the architectural system level design of the Mission Control Applications as part of the Ground Segment. Support the production of design models using Systems Engineering and CASE tools. Support the definition and documentation of all interfaces IRDsICDs between the elements of the Mission Control Applications and other Ground Segment or external elements. Incorporate the reuse of the EUMETSAT Mission Control Applications kernel products in the Ground Segment design. Support to New Mission PhaseCD activities Support to Applications implementation Support to the requirement and design engineering activities as part of the applications development. Participation and contribution in requirements, design and implementation reviews both internal and with external contractors. Follow the software development by external contractors of the Mission Control Applications. Support to IVV and Acceptance Participation in verification readiness reviews and verification testing campaigns both internal and with external contractors. Mandatory Skills University degree in a relevant engineering discipline Able to work effectively in English Working proactively with the minimum of supervision in an individual or team environment. Conducting activities in an orderly and disciplined manner, working calmly and correctly under stress. Working in teams and sharing expertise and experience with other team members. Able to commit to the plan and deliver the expected results on time or to report proactively if any deviations are foreseen. Take ownership of problems through to effective resolution. Possess excellent verbal and written communications skills and be confident to deal with a wide variety of people. Significant knowledge and experience in the area of specification, design, implementation, verification and maintenance of Mission Control Applications. Experience minimum 3 years in the definition of Ground Segment system level requirements and production of system architectural design artefacts in the domain of the Mission Control Applications of a Ground Segment. Experience minimum 3 years in the definition of software requirements and architectural design for Mission Control Systems. Experience minimum 3 years in the development of Satellite Mission Control Systems for particular missions based on MICONYS software suite from ESAESOC. Knowledge and understanding with actual working experience of space related standards ECSS and CCSDS concerning spacetoground interfaces and applicable to Satellite Mission Control Systems such as ECSS Packet Utilisation Standard PUS, CCSDS Space Packet Protocol SPP and CCSDS Space Link Extension Protocol SLE. Experience minimum 3 years in the full cycle of development and maintenance of Mission Control Applications following formal software engineering processes. This includes user and system requirement analysis, software requirement engineering, software design, implementation, corrective and evolutive maintenance activities. Experience minimum 3 years in IVV integration, verification and validation activities for Mission Control Applications following formal engineering processes. This includes requirement verification, system and subsystem integration, generation of test plan and test procedures, nonregression testing, generation of test data, generation of test tools, running the test procedures on the target system, generation of test reports and anomaly tracking. A distinct advantage knowledge andor experience with some of the following Experience with Mission Control Applications andor operations specifically for LEO spacecraft. Experience with Mission Planning Systems. Experience with Flight Dynamics Systems. Experience with test tools for Mission Control Systems, e.g. Satellite Simulators. Experience in being the technical point of contact for contractors working at offsite premises and responsible for application software evolution and maintenance. IBM DOORS requirement management Tool. Sparx Systems Enterprise Architect Tool. Linux Operating System. Experience in developing software applications using interfaces to relational database management systems RDBMS and experience with data model design for RDBMS. Unified Modelling Language UML for software design. XML processing schema design, validation, parser libraries, transformation XSLT and XPath. Experience in designing, developing and maintaining software client applications using Eclipse as HMI framework Rich Client Platform. Experience using tools for the automation of software testing. Additionally EU national or valid work permit for Germany CV in Europass editable format
Tags: support
control
applications
mission
Consultancy Support for Supporting Applications Engineering
2015-07-17 17:05:12| Space-careers.com Jobs RSS
ACS is looking for a person to provide Consultancy Support for Supporting Applications Engineering ACS has more than 30 years experience in delivering solutions for Earth Observation satellites Ground Segments. Based in Rome, Italy and in Darmstadt, Germany, we delivered systems currently in operation in 20 countries worldwide and have a long record of successful projects carried out for ESA, EUMETSAT, EMSA and many other Space Agencies and Research Centres. ACS recently established German subsidiary ACSD aims at better serving our customers based in Darmstadt area. ACS offers pleasant, international working environment at customer site very competitive salary attractive benefit package tailored on specific exigencies training and personal growth within ACS group, full support from a high technology company for relocation to Darmstadt. 1. Contribute to the definition, design, implementation and maintenance of architectures for data processing ground segments and their components with special emphasis on product quality control, calibration and validation, production monitoring and reporting. This task will mainly include 1.1. Maintenance and development of the QCF and CVF framework software 1.2. Configuration Management, building and distribution of QCFCVF software releases and patches 1.3. Contribution to QCFCVF software system design and reengineering 1.4. Support to the development and implementation of QCF and CVF tools e.g. in IDLCCFortran 2. Support the operations of existing data processing ground segments and their maintenance and evolution e.g. QCF and CVF. This will also include Upgrade software, including implementing and maintaining new algorithms for product quality control and calibrationvalidation activities. 3. Perform routine tasks in operational systems under configuration control such as 3.1. Support the Configuration Management process and the building and distribution of software releases and patches 3.2. Support to the development, integration and configuration management of software developed by third parties, its installation, and configuration and testing 3.3. Anomaly investigations, documentation and classification. 3.4. Follow up of the delivery of SW resolutions for these anomalies 4. Perform standard SW engineering activities such as 4.1. SW testing in a structured approach to verify that delivered SW is fulfilling the requirements or to demonstrate that problems have been corrected. 4.2. SW integration and verification in the EUMETSAT ground segments 5. Settingup and implementation of maintenance policies and procedures, 6. Support to the procurement and installation of software, and the coordination with external providers of support services 7. Participation in meetings and formal reviews. Mandatory Attributes, Skills and Experience University degree or equivalent in a relevant discipline Experience in system design, SW development, operation, maintenance and trouble shooting of large complex realtime data processing systems for Earth Observation missions. Very good communication, presentation and team working skills and be able to cope with very high workloads. Able to work with a high degree of autonomy and to demonstrate good analytical skills. Able to work effectively in English Ability to learn and develop the needed skills and knowledge to contribute to the development of Data Processing applications within the Supporting Application Engineering Team. This includes the ability to rapidly absorb, and make use of, information presented in written and oral communications in a dynamic context Willingness to work within a multidisciplinary context in cooperation with other teams. The ability to maintain a system overview is essential. Heshe shall have a systematic approach to work, be able to plan their work and to cope with tight schedules and multiple tasks. They shall have the capability to write accurate and consistent technical documentation. CC programming language experience in a UNIXLINUX based environment Use of and application programming of database systems e.g. ORACLE, INFORMIX, PostgreSQL and MySQL Competence in the use of scripting languages e.g., shell scripting, highlevel languages e.g., Python, Java and correspondent using of their libraries Desirable Skills and Experience Experience with the programming and usage of IDL and Fortran Knowledge of XML and related technologies XPATH, SVG, etc. Experience in Web Programming Knowledge of web technologies, programming and markup languages e.g. Apache, CGI, JavaScript, UMLCompetence in SW testing, unit test suite maintenance, automated testing, verification and validation Experience in system design for quality control and calval systems Familiarity with data formats used for meteorological satellite products Design and implementation of MMI using different toolkits and languages Knowledge of relevant Standards, Quality Assurance and Configuration Management principles and applications Competence in the exploitation of modern hardware and operating systems at the application level e.g. parallel programming pthreads, MPI, OpenMP Competence in objectoriented software design and implementation possibly in the context of satellite instrument data processing systems. Additionally EU national or valid work permit for Germany CV in Europass editable format
Tags: support
applications
engineering
supporting
Power Amplifiers support communications, jamming applications.
2015-05-20 14:31:05| Industrial Newsroom - All News for Today
Supplied in 19 in. enclosure, QBS-620 rackmount GaN power amplifier module consists of 2 identical channels, each containing 200 W Amp, VHF and UHF switched harmonic filter banks, SP3T switches, controller, and AC/DC power supply. Along with LDMOS technology, QBS-617 utilizes balanced architecture with isolator on output and comes with temperature compensation, forward/reverse power detection, VSWR monitor, and thermal shutdown. Output power is 100 W min at 1 dB compression with gain of 52 dB.
Tags: support
power
applications
communications
Bias Tees support signal processing applications.
2015-05-19 14:31:06| Industrial Newsroom - All News for Today
Available in high frequency, high current, and standard models, BTHF, BTHC, and BTS Series offer frequency ranges of 10 MHz to 40 GHz, 500 MHz to 4 GHz, and 10 MHz to 18 GHz, respectively. Units are designed for use in biasing active antennas, amplifiers, and laser diodes and for DC blocking or return in broadband microwave, RF, data communication, and ADC/DAC applications. Operating from -55 to +100°C, all series are matched to 50 Ω and are available as RoHS-compliant parts.
Tags: support
applications
processing
signal
Jack Sockets support audio applications.
2015-05-05 14:31:07| Industrial Newsroom - All News for Today
Featuring ¼ in. offset nose, S1 Narrow Body Jack Socket offers manufacturers high PCB packing densities. Unit may be specified with optional integral chassis grounding contact which connects to barrel of plug for maximum earth continuity. Engineered with advanced contact tip technology to accept wide range of Far Eastern plug shapes, 3.5 mm S9 Stereo Switched Jack Socket is right-angle mounted with PCB and solder tag contact options as well as nose thread variants.
Tags: support
audio
applications
jack
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