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Process/Melt Delivery Controls support advanced software features.
2015-09-14 14:31:08| Industrial Newsroom - All News for Today
Mold-Masters melt delivery controls are available with Adaptive Process System (APS). Featured technologies include adaptive auto tuning heat control as well as adaptive motor control with auto tuning for maintaining precise linear movement. Features include self-adjusting speed that maintains 0.1F control accuracy; adaptive control low mass – high watt density nozzle; and auto staged heating system. For mold and machine protection, all features utilize fully integrated I/O alarms.
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Flight Dynamics System Software Engineering Consultancy Support
2015-07-17 17:05:12| Space-careers.com Jobs RSS
ACS is looking for a person to provide Flight Dynamics System Software 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 new Missions PhaseB activities Requirements engineering Participation in the functional analysis and decomposition of the Ground Segment requirements in the domain of Flight Dynamics System. Support the definition of Ground Segment requirements in the area of the Flight Dynamics System. Participation in workshops and review meetings. Interfacing with Operations to consolidate the operational concept in the Flight Dynamics System requirements. Support the identification of the verification method and initial test cases for the Flight Dynamics System requirements. Incorporate the reuse of the EUMETSAT Flight Dynamics System kernel products in the Ground Segment requirements. Interfacing with the Flight Dynamics System 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 Flight Dynamics System 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 Flight Dynamics System and other Ground Segment or external elements Incorporate the reuse of the EUMETSAT Flight Dynamics System kernel products in the Ground Segment design. Support to new Missions PhaseCD activities Support to Flight Dynamics System 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 Flight Dynamics System. Support to IVV and Acceptance Participation in verification readiness reviews and verification testing campaigns both internal and with external contractors. Maintenance and Evolution Activities Reengineering activities analysis of the porting of some subsystems to stateoftheart technologies, tradeoff studies of various technologies, software design of the technical solutions, following the procurement of the changes with external contractors and verification testing of the changes. Evolutions and changes generation andor analysis of userdriven and maintenancedriven software requirements, software design of the technical solutions, following the procurement of the changes with external contractors and verification testing of the changes. Preventive and corrective maintenance including the investigation and correction or following the corrections implemented by external contractors of anomalies in the software facilities and verification testing of the fixes. Maintenance test procedures generation and updates of maintenance test procedures at software facility level and at system level. Support and development of the verification infrastructure development andor procurement of scripts tools to perform installation checks, nonregression, functional and performance testing. Analysis and implementation of mechanisms or tools allowing the automatic or semiautomatic verification testing of the application software. Coordination of the production of new software releases or patches, delivery acceptance and installation onsite. This activity includes the technical coordination of the production by an external contractor of new releases or patches of the application software, liaison with the EUMETSAT operational users, participation to technical reviews, participation to infactory at contractor premises acceptance testing campaigns and coordination of the installation of the releases or patches onsite at EUMETSAT. Execution and coordination of software verification and nonregression testing campaigns. This activity includes preparation of test data, running the test procedures on the target system, generation of test reports, analysis of results and troubleshooting of problems. Software support software support to the endusers of the application software. Ensure operations continuity by provision of oncall services and software support to operations. Documentation generation and updates of technical documents. Technical point of contact for maintenance contractors acting as point of contact with the contractor for technical discussions, review of technical documentation from the contractor, organizing periodical technical meetings with the contractor. Support to Reference Architecture definition and maintenance Participation to the definition and maintenance of the EUMETSAT TSS reference architecture for the Flight Dynamics System part of the Ground Segment. 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 Flight Dynamics Systems. Experience minimum 3 years in requirements elicitation in the area of Flight Dynamics. Experience minimum 3 years in the definition of software requirements, architectural design, implementation andor customisation of Satellite Flight Dynamics Systems in the context of LEO missions. Experience minimum 3 years in the full cycle of development and maintenance of application software, preferably for Satellite Flight Dynamics Systems, 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 Flight Dynamics Systems 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 software development and maintenance of Satellite Flight Dynamics Systems and Tools based on the ESAESOC NAPEOS Navigation Package for Earth Observation Satellite. Experience with software development and maintenance of Tools using the Orekit space dynamics library. Experience in integration with Mission Control Systems based on MICONYS software suite from ESAESOC. Experience in integration with Mission Planning Systems. Experience with support to operations for Satellite Flight Dynamics Systems. Experience in being the technical point of contact for contractors working at offsite premises and responsible for application software evolution and maintenance. Experience with developing software applications using FORTRAN. Experience with developing software applications using Java. 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
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engineering
Software Engineering Support to Gaia Science Operations
2015-06-24 10:04:22| 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 Gaia within the Science and Robotic Exploration Directorate DSRE. Aurora currently has a team of 26 engineers and scientists at ESAC including 6 on Gaia itself. Overview ESAs Gaia mission is designed to create an accurate and complete astrometric catalogue which will serve for decades to come More than 1000 Million objects mostly stars in our Milky Way down to apparent magnitude 20 will be repeatedly observed from the second Lagrange point L2 during the satellites nominal lifetime of 5 years. This will yield a raw data volume of about 100 TB 1 PB total from which each stars position, trigonometric parallax, and proper motion for a smaller subset also radial velocity will be determined to microarcsec accuracy typically 25 as for parallax at 15th magnitude. The data processing and catalogue creation is carried out by the Gaia Data Processing and Analysis Consortium DPAC formed by around 400 individuals and six main data processing centres distributed across Europe. The Gaia SOC at ESAC is an integral part of DPAC and plays a key role in designing the overall system architecture and developing and operating parts of the Core Processing systems viz. Initial Data Treatment IDT, First Look FL, and the Astrometric Global Iterative Solution. ESAC will also form the hub for data exchange via the Main Database MDB. This MDB will form the input for all processing and will be augmented with the output of all processing to arrive at a new version. The production of processing software for Gaia will continue through operations to final catalogue production in 2019. The SOC maintains core software as well as receiving packages from external entities to be integrated and run in SOC. The final and all intermediate catalogues will be served from ESAC and the corresponding database and access system is developed by a dedicated science archive team SAT in close cooperation with the SOC. In addition to software engineering for core SOC tasks the service is expected to cover some SATSOC interfacing and supportive work in this area Specific Service Tasks As part of the service the following main activities will have to be carried out Maintain and develop and modules, applications, libraries and tools specific to SOC product generation In particular, maintain issue fixing, optimisation existing and develop new code for the common Gaia Tools Java library Optimise code infrastructure and scientific in view of runtime and memory usage Ensure timely delivery of SW releases and relative increments Perform SW architectural design as needed Prepare and maintain SW documentation Develop and maintain unit test harnesses Report on progress and problem areas Participate in the Configuration Control Boards applicable to the development and operation of the software Followingup and tracking the correction and resolution of problem reports Implement approved software enhancement requests Experience in interacting with the science community would be an advantage. The selected contractors must be willing operate in a team environment and to travel. Good interpersonal and communication skills are an advantage. You should be comfortable in an international working environment, as it is expected that the selected contractor will interact freely with any member of the DPAC, as well as the general international community of astronomersusers via workshops and the helpdesk. Specific qualification requirements A graduate degree in a relevant subject area Relevant professional experience of at least 4 years You must be able to work in English Specific knowledge is required in the following areas OO design JDK 1.71.8 RMI Generics Distributed processing Numerical programming in Java JUnit Eclipse Ant ECSS standards for software development Database interaction using JDBC DBMS Subversion Large Databasesdata processing 1TB Legal and Security Requirements All applicants must be legally allowed to work in Spain without the need to obtain a work visa. Only European Union citizens can be employed by Aurora in Spain. 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. In line with ESAs security requirements, 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, and Aurora will validate your employment history. Location It is expected that the work will be performed at the ESAC, the European Space Astronomy Centre, at Villafranca del Castillo, near Madrid, Spain. Contract You will be registered for both social security and tax in Spain. The standard working hours are 40 per week. There are 12 public holidays and an additional 30 annual days holiday. In addition to public health services Aurora provides private medical insurance in Spain. Training to improve efficiency and provide strength for future career are of course included. Aurora can assist financially and provide recent experience information for relocation. To be considered for this Position Provide prior to 8 July 2015 a detailed Recruitment Form which ends in a motivation letter to Mr. Alex Jeanes, at email alexjeanesaurora.nl quoting reference SRE112. Note it is also possible to send a preliminary motivation letter and CV for initial evaluation. Aurora will agree conditional employment terms and conditions with candidates before presenting their detailed technical proposal and candidates to ESA by 15 July 2015.
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Flight Dynamics System Software Engineering Support
2015-06-22 12:04:16| Space-careers.com Jobs RSS
For one of our main customers, EUMETSAT, we are currently looking for a Flight Dynamics System Software Engineering Supportfor the requirements specification, architectural design, implementation, integration, verification and maintenance of the Flight Dynamics System of a Ground Segment. The work will cover EUMETSAT Low Earth Orbit LEO Programmes. The key person shall work in the Mission Control Applications and Tools Team within the GSI Division in the TSS Department. The key person will report to the Mission Control Applications Team Leader. The tasks of the key person will be carried out at EUMETSAT facilities in Darmstadt, but travel overseas andor within Europe may be required for certain activities. Tasks and Responsibilities The key person will provide hisher prime support to the Mission Control Applications and Tools Team and heshe will support the evolution and maintenance of the EUMETSAT Flight Dynamics Systems. the requirements specification, design, implementation, integration and verification of Flight Dynamics Systems for new Programmes PhaseBCD, including the setting up of the related maintenance arrangements and processes. The tasks of the key person will typically include Support to new Missions PhaseB activities Requirements engineering Participation in the functional analysis and decomposition of the Ground Segment requirements in the domain of Flight Dynamics System. o Support the definition of Ground Segment requirements in the area of the Flight Dynamics System. Participation in workshops and review meetings. o Interfacing with Operations to consolidate the operational concept in the Flight Dynamics System requirements. o Support the identification of the verification method and initial test cases for the Flight Dynamics System requirements. o Incorporate the reuse of the EUMETSAT Flight Dynamics System kernel products in the Ground Segment requirements. o Interfacing with the Flight Dynamics System kernel product experts in the MCA Team to coordinate their contributions to the requirements definition. System Architectural design o Support the generation of the architectural system level design of the Flight Dynamics System as part of the Ground Segment. o Support the production of design models using Systems Engineering and CASE tools. o Support the definition and documentation of all interfaces IRDsICDs between the elements of the Flight Dynamics System and other Ground Segment or external elements. o Incorporate the reuse of the EUMETSAT Flight Dynamics System kernel products in the Ground Segment design. Support to new Missions PhaseCD activities Support to Flight Dynamics System implementation o Support to the requirement and design engineering activities as part of the applications development. o Participation and contribution in requirements, design and implementation reviews both internal and with external contractors. o Follow the software development by external contractors of the Flight Dynamics System. Support to IVV and Acceptance o Participation in verification readiness reviews and verification testing campaigns both internal and with external contractors. Maintenance and Evolution Activities o Reengineering activities analysis of the porting of some subsystems to stateoftheart technologies, tradeoff studies of various technologies, software design of the technical solutions, following the procurement of the changes with external contractors and verification testing of the changes. o Evolutions and changes generation andor analysis of userdriven and maintenance driven software requirements, software design of the technical solutions, following the procurement of the changes with external contractors and verification testing of the changes. o Preventive and corrective maintenance including the investigation and correction or following the corrections implemented by external contractors of anomalies in the software facilities and verification testing of the fixes. o Maintenance test procedures generation and updates of maintenance test procedures at software facility level and at system level. o Support and development of the verification infrastructure development andor procurement of scripts tools to perform installation checks, nonregression, functional and performance testing. Analysis and implementation of mechanisms or tools allowing the automatic or semiautomatic verification testing of the application software. o Coordination of the production of new software releases or patches, delivery acceptance and installation onsite. This activity includes the technical coordination of the production by an external contractor of new releases or patches of the application software, liaison with the EUMETSAT operational users, participation to technical reviews, participation to infactory at contractor premises acceptance testing campaigns and coordination of the installation of the releases or patches onsite at EUMETSAT. o Execution and coordination of software verification and nonregression testing campaigns. This activity includes preparation of test data, running the test procedures on the target system, generation of test reports, analysis of results and troubleshooting of problems. o Software support software support to the endusers of the application software. o Ensure operations continuity by provision of oncall services and software support to operations. o Documentation generation and updates of technical documents. o Technical point of contact for maintenance contractors acting as point of contact with the contractor for technical discussions, review of technical documentation from the contractor, organizing periodical technical meetings with the contractor. Support to Reference Architecture definition and maintenance o Participation to the definition and maintenance of the EUMETSAT TSS reference architecture for the Flight Dynamics System part of the Ground Segment. Experience and education In addition to having a University degree in a relevant engineering discipline, the key person shall demonstrate significant knowledge and experience in the area of specification, design, implementation, verification and maintenance of Flight Dynamics Systems. The key person shall have skills and experience in the following mandatory areas 1. Domain Skills o Experience minimum 3 years in requirements elicitation in the area of Flight Dynamics. o Experience minimum 3 years in the definition of software requirements, architectural design, implementation andor customisation of Satellite Flight Dynamics Systems in the context of LEO missions. 2. Software Development, Verification Maintenance Skills o Experience minimum 3 years in the full cycle of development and maintenance of application software, preferably for Satellite Flight Dynamics Systems, following formal software engineering processes. This includes user and system requirement analysis, software requirement engineering, software design, implementation, corrective and evolutive maintenance activities. o Experience minimum 3 years in IVV integration, verification and validation activities for Flight Dynamics Systems 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. It would be a distinct advantage for the key person to have knowledge andor experience with some of the following 3. Domain Skills o Experience with software development and maintenance of Satellite Flight Dynamics Systems and Tools based on the ESAESOC NAPEOS Navigation Package for Earth Observation Satellite. o Experience with software development and maintenance of Tools using the Orekit space dynamics library. o Experience in integration with Mission Control Systems based on MICONYS software suite from ESAESOC. o Experience in integration with Mission Planning Systems. o Experience with support to operations for Satellite Flight Dynamics Systems. 4. System Maintenance Skills o Experience in being the technical point of contact for contractors working at offsite premises and responsible for application software evolution and maintenance. 5. Software Technology Skills o Experience with developing software applications using FORTRAN. o Experience with developing software applications using Java. o IBM DOORS requirement management Tool. o Sparx Systems Enterprise Architect Tool. o Linux Operating System. o Experience in developing software applications using interfaces to relational database management systems RDBMS and experience with data model design for RDBMS. o Unified Modelling Language UML for software design. o XML processing schema design, validation, parser libraries, transformation XSLT and XPath. o Experience in designing, developing and maintaining software client applications using Eclipse as HMI framework Rich Client Platform. o Experience using tools for the automation of software testing. The official languages of EUMETSAT are English and French. The working language for the position is English and therefore the key person must be able to work effectively in this language. The key person shall also be assessed for the following skills and qualities o Working proactively with the minimum of supervision in an individual or team environment. o Conducting activities in an orderly and disciplined manner, working calmly and correctly under stress. o Working in teams and sharing expertise and experience with other team members. o Able to commit to the plan and deliver the expected results on time or to report proactively if any deviations are foreseen. o Take ownership of problems through to effective resolution. o Possess excellent verbal and written communications skills and be confident to deal with a wide variety of people.
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system
software
engineering
Bentley Adds Cloud Support to Its Design Software With Connect
2015-05-27 01:06:22| ENR.com: Headline News
Looking to capitalize on recent advances in cloud computing, software maker Bentley Systems launched the Connect edition of its design suite at its 2015 Connections event, held in Philadelphia on May 18-19.
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