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Radio Navigation Engineer
2019-02-19 11:30:54| 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 PLT RF Systems Payload and Technologies. Happiness of our employees has proven key to obtaining excellent results and a client who also regards us highly for excellent service. Overview Support the Radio Navigation Systems Technology Section TECESN on the following specific tasks Support to Navigation Projects e.g. EGNOS and GALILEO for systemand receivers performances including receiver testing and fieldcampaigns in particular for massmarket and highaccuracy applicationsPPP. Participation in studies supporting current and future radio navigationsystem definition andor analysis EGNOSGALILEO evolution, etc. inparticular for what concerns system performances and receiveralgorithms signal processing andor navigation algorithms, including PPPand hybridisation with nonGNSS sensors. Design, definition and follow up of industrial contract related to theprocurement of GNSS receiver for infrastructure or user applications,including space receivers. Design, definition and follow up of RD contract related to future GNSSgroundspace infrastructure receiver and user technology, includingspace receivers. Support design, implementation, maintenance and operation of RadioNavigation equipment, complex Radio Navigation simulation tools andtest facilities for testing receivers and applications. Specific qualification requirements PhD or Master degree in Telecommunications, Electrical Engineering, Physics or Aerospace Engineering. Background and experience in GNSS navigation systems, GNSS,receiver design, algorithms and performances signal processing,navigation, PPP, PVT hybridization of GNSS and in particular highaccuracy GNSS, with other sensors, system performances, etc.. 510 years of experience in fields related to the intended activities. Background and experience in GNSS systems and technologies, inparticular for PVT integrity including SBAS, RAIMARAIM, integration of sensors, etc.. Experience in system design and technologies in the field of wirelesssystems for safetyrelated applications e.g. radionavigation andtelecommunications, and in the field of user equipment technologiese.g. signal processing, design, performances, standardization, etc. forwireless systems e.g. GNSS, 3GPP, etc. Background or experience in at least one of the following is desirable wireless security, GNSS PVT assurance, any of the aforementionedapplication domains railway, automotive, maritime and their associatedsafety standards. Specific knowledge in the design and testing of Radio Navigation systems and equipment. Strong knowledge on the design of satellite navigation systems, ranging and positioning techniques, RF, signal processing techniques, and digital navigation receivers. Relevant experience with the GNSS1, EGNOS andor GALILEO systems and equipment and have and good knowledge of Radio Navigation simulation and testing systems. Proven experience in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities for spacecraft, aircraft, maritime and land mobile applications. Strong experience at user level with satellite navigation receivers and satellite navigation positioning and integrity algorithms. Some experience of commercial simulation software is desirable Promoting cooperation and teamworking, problem solving. Fluency in English both written and spoken is mandatory knowledge of another European language is an advantage. 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 in line withESA Job Class. 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 prior to 14 March2019a summary of why you are a good candidate for the position together with a complete and detailedCandidate Proposal Formor CV and Motivation Letter toMr. Davide StarnoneandMs. Tracey Longden, at emaildavide.starnoneaurora.nlandtracey.longdenaurora.nlquoting referenceTECPLT512RTCTECESN00512. Aurora will agree conditional employment terms and conditions with candidates before presenting them by 18March 2019, 13.00 hours.
Tags: navigation
radio
engineer
radio navigation
Onboard Software Engineer
2019-02-19 11:30:54| Space-careers.com Jobs RSS
Onboard Software Engineer Uppsala, Sweden, Ref no 19 18456 Terma The hightech and innovative Terma Group develops products and systems for defence, nondefence and security applications, including command and control systems, radar systems, selfprotection systems for aircraft and vessels, space technology, and aerostructures for the aircraft industry. Terma is headquartered at Aarhus, Denmark. Internationally, Terma has subsidiaries and operations in The Netherlands, France, Germany, United Kingdom, United Arab Emirates, India, Singapore and the U.S. The Space Business Area contributes with missioncustomized software and hardware products including power systems and star trackers as well as services to support a number of inorbit pioneering European scientific and Earth observation satellite missions. Additionally, Terma is contracted for the development and delivery of software and hardware systems and services for numerous ongoing and future European, and international missions. Terma Space operates out of Denmark, The Netherlands, France, Germany, and the UK. Job description For our customer, the European Space Agency ESA, we are seeking a spacecraft Onboard Software Engineer to work at the Swedish Institute of Space Physics in Uppsala, Sweden. Responsibilities You will be assigned to the Flight Software Systems Section within the Directorate of Technology, Engineering and Quality. The sections activities cover the development of Software Validation Facility SVF components as well developing generic reference facilities. This includes processor emulators, simulation of spacecraft systems and spacecraft dynamics. The work includes supporting ESA projects on the design, test and validation of onboards software maintenance and support on software development toolsets and design, implementation and test tasks for the Sections technology programme. Within the Flight Software Systems Section support is provided to ESAs next large space mission the JUpiter Icy moons Explorer JUICE and in particular to the Radio Plasma and Wave Instrument RPWI which will characterize the radio emission and plasma environment of the Jupiter System. You will be colocated with the RPWI instrument team at the Swedish Institute of Space Physics in Uppsala, Sweden near Stockholm and will be in charge of the following initial tasks Development and validation of the software for the Radio Plasma and Wave Instrument RPWI of the ESA JUICE mission. Perform unit testing of the Instrument software. Generating and maintenance of the required software documentation. You should be able to function as part of the RPWI team. Because of the operational nature of the support, a proactive and flexible attitude will be required. This is a fulltime position. The requested start of work is April 2019 with current duration foreseen until end August 2020 with thereafter possibility for reassignment to ESAESTEC located in Noordwijk, the Netherlands, depending on work evolution. Qualifications Competencies The successful candidate will have A PhD or Masters level degree in Computer Science, Mathematics, Physics, Electronic Engineering, or a related discipline. Several years demonstrated experience in Software engineering Programming C language and debugging skills Embedded realtime systems and realtime kernels RTEMS Methods for validation and unit testing. The following experience is considered an asset Communication protocols SpaceWire, Simple Serial Interface SSI. Familiarity with test automation. Programming language TCL. Knowledge of PUS ECSSEST7041A Telemetry and telecommand packet utilization. Knowledge of SPARC LEON3 and multicore processor. Software Engineering tools GNULinux, Makefile, Python, gcc, git. Software Engineering Standards such as the ECSSEST40C. 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. Closing date March 10th 2019 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. Privacy Notice By submitting your job application you confirm that you have read, understood and accepted this Privacy Notice, including Termas Privacy Policy as referenced below and are providing your consent to Termas storage and processing of your personal data accordingly. This Privacy Notice covers any personal data you submit to Terma for the recruiting process, including e.g. Your name, contact details and application status Information included in your CV or cover letter, such as job history, academic background, skills and competencies, personal interests, languages spoken, and your photo Job preferences and type of employment sought Names and contact details for references Please visit our Privacy Policy at www.terma.com. Here you will find additional information about our compliance with GDPR, how we use and protect your data, as well as information about your rights pursuant to GDPR. You will also find information who to contact at Terma in case you want to exercise these rights.
Tags: software
engineer
onboard
software engineer
Radio Navigation Engineer
2019-02-19 11:30:54| 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 PLT RF Systems Payload and Technologies. Happiness of our employees has proven key to obtaining excellent results and a client who also regards us highly for excellent service. Overview Support the Radio Navigation Systems Technology Section TECESN on the following specific tasks Support to Navigation Projects e.g. EGNOS and GALILEO and RDactivities in the fields of safetyrelated PositionNavigationTiming PNT applications including aspects related to PVT integrity and assurancesecurity. Participation in studies supporting current and future PNT systemsdefinition andor analysis for security and safetyrelated applications e.g. regarding system architecture, ground processing and user segmenttechnologies. Support to the activities relating to technology development, standardisation and working groups on PVT assurance and safetyrelated PNT applications. Design, definition and follow up of industrial contracts related to theprocurement of GNSS testbeds and receivers for infrastructure or userapplications, and in particular, for what concerns safetyrelatedapplications e.g. in railway, maritime and automotive sectors, PVTintegrity and assurance security. Support design, implementation, maintenance and operation of RadioNavigation equipment, complex Radio Navigation simulation tools andtest facilities for testing features endtoend performances, receivers,etc. in the aforementioned activities. Support endtoend GALILEOEGNOS System Integration, Validationand Qualification activities in particular for new features and receivers inthe area of safetyrelated applications e.g. in railway, maritime andautomotive sectors including PVT integrity and assurance securityaspects. Specific qualification requirements PhD or Master degree in Telecommunications, Electrical Engineering, Physics or Aerospace Engineering. 510 years of experience in fields related to the intended activities. Background and experience in GNSS systems and technologies, inparticular for PVT integrity including SBAS, RAIMARAIM, integration of sensors, etc.. Experience in system design and technologies in the field of wirelesssystems for safetyrelated applications e.g. radionavigation andtelecommunications, and in the field of user equipment technologiese.g. signal processing, design, performances, standardization, etc. forwireless systems e.g. GNSS, 3GPP, etc. Background or experience in at least one of the following is desirable wireless security, GNSS PVT assurance, any of the aforementionedapplication domains railway, automotive, maritime and their associatedsafety standards. Specific knowledge in the design and testing of Radio Navigation systems and equipment. Strong knowledge on the design of satellite navigation systems, ranging and positioning techniques, RF, signal processing techniques, and digital navigation receivers. Relevant experience with the GNSS1, EGNOS andor GALILEO systems and equipment and have and good knowledge of Radio Navigation simulation and testing systems. Proven experience in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities for spacecraft, aircraft, maritime and land mobile applications. Strong experience at user level with satellite navigation receivers and satellite navigation positioning and integrity algorithms. Some experience of commercial simulation software is desirable Promoting cooperation and teamworking, problem solving. Fluency in English both written and spoken is mandatory knowledge of another European language is an advantage. 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 in line withESA Job Class. 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 prior to 14 March2019a summary of why you are a good candidate for the position together with a complete and detailedCandidate Proposal Formor CV and Motivation Letter toMr. Davide StarnoneandMs. Tracey Longden, at emaildavide.starnoneaurora.nlandtracey.longdenaurora.nlquoting referenceTECPLT511RTCTECESN00511. Aurora will agree conditional employment terms and conditions with candidates before presenting them by 18March 2019, 13.00 hours.
Tags: navigation
radio
engineer
radio navigation
Radio Navigation Engineer
2019-02-18 23:30:36| Space-careers.com Jobs RSS
We are looking for a Radio Navigation Engineer E3 to join our Modis Aerospace team, working onsite at the European Space Agency in the Netherlands. Modis Aerospace is a specialized Engineering consultancy with more than 30 years experience providing aerospace Engineers to our key partners in The Netherlands. Modis is a longstanding business partner of the European Space Agency ESA, with more than 120 employees recruited from across Europe currently supporting ESAs activities. Specific tasks to be performed Support to Navigation Projects e.g. EGNOS and GALILEO for system and receivers performances including receiver testing and field campaigns in particular for massmarket and highaccuracy applications PPP Participation in studies supporting current and future radio navigation system definition andor analysis EGNOSGALILEO evolution, etc. in particular for what concerns system performances and receiver algorithms signal processing andor navigation algorithms, including PPP and hybridisation with nonGNSS sensors Design, definition and follow up of industrial contract related to the procurement of GNSS receiver for infrastructure or user applications, including space receivers Design, definition and follow up of RD contract related to future GNSS groundspace infrastructure receiver and user technology, including space receivers Support design, implementation, maintenance and operation of Radio Navigation equipment, complex Radio Navigation simulation tools and test facilities for testing receivers and applications. General tasks to be performed Radio Navigation system GPS, GLONASS, GALILEO etc. and augmentation EGNOS, WAAS, QZSS etc.. The work includes studies analyses and testing of navigation systemssegmentselementstechnology, dissemination and navigation algorithms, including tools development evaluation of NavigationPositioningTiming algorithm and techniques, usersystemsegment performance assessment based on software simulators, laboratory and field measurements, and support to ESA projects in follow up of industrial procurements. Radio Navigation equipment covering space applications. The work includes study, design, analysis and testing of navigationpositioningrangingmonitoring technology and receiver for space. Radio Navigation space applications performed at ESA include scientific applications atmospheric sounding, oceanic observation, formation flying, rendezvous and attitude determination. Radio Navigation equipment for terrestrial applications. The work includes study, design, analysis and testing of navigation receiverstechnology for terrestrial applications and local augmentation. Radio Navigation terrestrial applications performed at ESA are those related with high performance based on high accuracy e.g. geodesy andor high integrity e.g. civil aviation, maritime. Radio Navigation signals and signal processing. The work includes study, design, analysis and testing of signal and signal processing techniques including toolsequipment development and procurement. It encompasses signal structure, modulations, data dissemination, techniques for error correction, synchronisation, multipath mitigation and estimation, interference mitigation, cancellation, encryption, authentication, etc. Radio Navigation Laboratory equipment. The work includes definition procurement design, testing, usage of Radio Navigation equipment in support to Radio Navigation experiments and test campaigns. Assistance in preparation of invitation to tenders related to ESA Projects and RD activities and contracts technical followup. Specific engineering support to space projects developed by ESA andor by major European industriesoperators. Validation of designs by means of analyses, simulations, laboratory testing and field trials possibly in cooperation with third parties. Design, implementation and testing tasks for technological projects. Execution of internal RD activities through design, prototyping, analysis and simulations. Simulation and testing in laboratory of Navigation systems and equipment. Preparation of technical documents on above subjects. Support to related demonstrations inside and outside ESTEC. The work concerning laboratory activities will be performed based on the existing Radio Navigation facilities available at ESTEC. To successfully perform the above mentioned tasks, the following background experience is required Master degree in the fields of Telecommunications, Electrical Engineering, Physics or Aerospace Engineering. 510 years of experience in fields related to the intended activities. Background and experience in GNSS navigation systems, GNSS, receiver design, algorithms and performances signal processing, navigation, PPP, PVT hybridization of GNSS and in particular high accuracy GNSS, with other sensors, system performances, etc.. Specific knowledge in the design and testing of Radio Navigation systems and equipment. Strong knowledge on the design of satellite navigation systems, ranging and positioning techniques, RF, signal processing techniques, and digital navigation receivers. Relevant experience with the GNSS1, EGNOS andor GALILEO systems and equipment and have and good knowledge of Radio Navigation simulation and testing systems. Proven experience in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities for spacecraft, aircraft, maritime and land mobile applications. Strong experience at user level with satellite navigation receivers and satellite navigation positioning and integrity algorithms. Some experience of commercial simulation software is desirable. 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 recruitmentaerospacemodis.com before 14032019
Tags: navigation
radio
engineer
radio navigation
Radio Navigation Engineer
2019-02-18 21:31:00| Space-careers.com Jobs RSS
We are looking for a Radio Navigation Engineer E3 to join our Modis Aerospace team, working onsite at the European Space Agency in the Netherlands. Modis Aerospace is a specialized Engineering consultancy with more than 30 years experience providing aerospace Engineers to our key partners in The Netherlands. Modis is a longstanding business partner of the European Space Agency ESA, with more than 120 employees recruited from across Europe currently supporting ESAs activities. Specific tasks to be performed Support to Navigation Projects e.g. EGNOS and GALILEO and RD activities in the fields of safetyrelated PositionNavigationTiming PNT applications including aspects related to PVT integrity and assurance security Participation in studies supporting current and future PNT systems definition andor analysis for security and safetyrelated applications e.g. regarding system architecture, ground processing and user segment technologies Support to the activities relating to technology development, standardisation and working groups on PVT assurance and safetyrelated PNT applications Design, definition and follow up of industrial contracts related to the procurement of GNSS testbeds and receivers for infrastructure or user applications, and in particular, for what concerns safetyrelated applications e.g. in railway, maritime and automotive sectors, PVT integrity and assurance security Support design, implementation, maintenance and operation of Radio Navigation equipment, complex Radio Navigation simulation tools and test facilities for testing features endtoend performances, receivers, etc. in the aforementioned activities Support endtoend GALILEOEGNOS System Integration, Validation and Qualification activities in particular for new features and receivers in the area of safetyrelated applications e.g. in railway, maritime and automotive sectors including PVT integrity and assurance security aspects. General tasks to be performed Radio Navigation system GPS, GLONASS, GALILEO etc. and augmentation EGNOS, WAAS, QZSS etc.. The work includes studies analyses and testing of navigation systemssegmentselementstechnology, dissemination and navigation algorithms, including tools development evaluation of NavigationPositioningTiming algorithm and techniques, usersystemsegment performance assessment based on software simulators, laboratory and field measurements, and support to ESA projects in follow up of industrial procurements. Radio Navigation equipment covering space applications. The work includes study, design, analysis and testing of navigationpositioningrangingmonitoring technology and receiver for space. Radio Navigation space applications performed at ESA include scientific applications atmospheric sounding, oceanic observation, formation flying, rendezvous and attitude determination. Radio Navigation equipment for terrestrial applications. The work includes study, design, analysis and testing of navigation receiverstechnology for terrestrial applications and local augmentation. Radio Navigation terrestrial applications performed at ESA are those related with high performance based on high accuracy e.g. geodesy andor high integrity e.g. civil aviation, maritime. Radio Navigation signals and signal processing. The work includes study, design, analysis and testing of signal and signal processing techniques including toolsequipment development and procurement. It encompasses signal structure, modulations, data dissemination, techniques for error correction, synchronisation, multipath mitigation and estimation, interference mitigation, cancellation, encryption, authentication, etc. Radio Navigation Laboratory equipment. The work includes definition procurement design, testing, usage of Radio Navigation equipment in support to Radio Navigation experiments and test campaigns. Assistance in preparation of invitation to tenders related to ESA Projects and RD activities and contracts technical followup. Specific engineering support to space projects developed by ESA andor by major European industriesoperators. Validation of designs by means of analyses, simulations, laboratory testing and field trials possibly in cooperation with third parties. Design, implementation and testing tasks for technological projects. Execution of internal RD activities through design, prototyping, analysis and simulations. Simulation and testing in laboratory of Navigation systems and equipment. Preparation of technical documents on above subjects. Support to related demonstrations inside and outside ESTEC. The work concerning laboratory activities will be performed based on the existing Radio Navigation facilities available at ESTEC. To successfully perform the above mentioned tasks, the following background experience is required Master degree in the fields of Telecommunications, Electrical Engineering, Physics or Aerospace Engineering. 510 years of experience in fields related to the intended activities. Background and experience in GNSS systems and technologies, in particular for PVT integrity including SBAS, RAIMARAIM, integration of sensors, etc. Experience in system design and technologies in the field of wireless systems for safetyrelated applications e.g. radionavigation and telecommunications, and in the field of user equipment technologies e.g. signal processing, design, performances, standardization, etc. for wireless systems e.g. GNSS, 3GPP, etc. Background or experience in at least one of the following is desirable wireless security, GNSS PVT assurance, any of the aforementioned application domains railway, automotive, maritime and their associated safety standards. Specific knowledge in the design and testing of Radio Navigation systems and equipment. Strong knowledge on the design of satellite navigation systems, ranging and positioning techniques, RF, signal processing techniques, and digital navigation receivers. Relevant experience with the GNSS1, EGNOS andor GALILEO systems and equipment and have and good knowledge of Radio Navigation simulation and testing systems. Proven experience in the implementation, maintenance and operation of complex Radio Navigation simulation and test facilities for spacecraft, aircraft, maritime and land mobile applications. Strong experience at user level with satellite navigation receivers and satellite navigation positioning and integrity algorithms. Some experience of commercial simulation software is desirable. 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 recruitmentaerospacemodis.com before 14032019
Tags: navigation
radio
engineer
radio navigation
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