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Galileo FOC RF Engineer
2018-01-30 16:16:40| Space-careers.com Jobs RSS
Role Galileo FOC Payload RF Systems Engineer RFNavigation 832 Reports to GNSS Engineering Manager Key Purpose of Role Galileo FOC payload RF systems engineer including supplier data review, test results review and analysis anomaly and NRB investigations system level verification modelling and requirements closeout, and presentation of information to stakeholders at all levels. Key Tasks Responsibilities Supplier data review and engineering assessment of RF unit and clocktiming system performance and analysis of effects at system level Assessment of performance including review of payload test results and telemetry, leading anomaly investigations and holding customer reviews System level modelling and analysis of navigation system performance Matlab Customer facing presentation of results, analysis and technical justifications Support to inorbittesting and validation Providing inputs into operations Person Specification Qualifications Degree in relevant engineering subject Experience At least 35 years in a similar role. Experience with working with an ESA customer or similar institutional customer would be very desirable. Knowledge of satellite production environments and test methods would be desirable. Detailed knowledge of RF systems, key parameters, design drivers and anomaly investigations. An understanding of the effects of RF chain signal generation, frequency conversion, HPA, filters and passives on signal distortions and performance would be desirable. Experience of Satellite antenna design, operation and performance drivers would be an advantageous. Knowledge and Skills Good allround knowledge of RF systems along with Matlab processing and data analysis skills is highly desirable. Excellent customer and supplier interfacing skills are essential for the role Understanding of satellite navigation modulation schemes would be preferable e.g. GPS, Galileo, GLONASS. Essential Attributes Self driven approach and ability to work with minimal direction Ability to work directly with clients, internal and external, at all levels, and to present results, solutions and justifications with authority Have a flexible, methodical approach to work, combined with drive and determination to complete activities whilst under pressure Demonstrable attention to detail in ensuring that the system will function as designed Excellent team working skills, together with the ability to interface with others at all levels Willingness to learn new technologies and systems Excellent written oral communication and presentation skills Flexibility, and the ability to travel if required may be necessary to support offsite test campaigns and meetings
Lead Galileo FOC Payload Systems Engineer
2016-09-16 13:04:18| Space-careers.com Jobs RSS
One of our clients in the UK is looking for a Lead Galileo FOC Payload Systems Engineer. The key candidate will have many roles, for example supplier data review, test results review and analysis, anomaly and NRB investigations, system level verification modelling and requirements closeout and presentation of information to stakeholders at all levels. Tasks Supplier data review and engineering assessment of RF unit performance and analysis of effects at system level. Assessment of performance including review of payload test results and telemetry, leading anomaly investigations and holding customer reviews. System level modelling and analysis of navigation system performance Matlab. Customer facing presentation of results, analysis and technical justifications Support to inorbittesting and validation. Providing inputs into operations. Qualification A university degree in a relevant engineering subject. Experience Demonstrable experience in a similar role. Experience with working with an ESA customer or similar institutional customer would be very desirable. Knowledge of satellite production environments and test methods would be desirable. Detailed knowledge of RF systems, key parameters, design drivers and anomaly investigations. An understanding of the effects of RF chain signal generation, frequency conversion, HPA, filters and passives on signal distortions and performance would be desirable. Experience of high accuracy clock design, operation and performance drivers would be an advantageous. Detailed understanding of GPS GNSS systems and signals is essential. Knowledge and Skills Good allround knowledge of RF systems along with Matlab processing and data analysis skills is highly desirable. Excellent customer and supplier interfacing skills are essential for the role. Understanding of satellite navigation modulation schemes would be preferable. Selfdriven approach and ability to work with minimal direction. Ability to work directly with clients, internal and external, at all levels, and to present results, solutions and justifications with authority. Have a flexible, methodical approach to work, combined with drive and determination to complete activities whilst under pressure. Demonstrable attention to detail in ensuring that the system will function as designed. Excellent team working skills, together with the ability to interface with others at all levels. Excellent written oral communication and presentation skills. Flexibility, and the ability to travel if required may be necessary to support offsite test campaigns and meetings.
Tags: systems
lead
engineer
galileo
Galileo FOC GNSS Payload Systems Engineer RFNavigation
2015-05-27 13:04:55| Space-careers.com Jobs RSS
One of our space clients based in the UK is looking for a Galileo FOC payload systems engineer. This is a contract position and will involve system level verification modelling and requirements closeout, and presentation of information to stakeholders at all levels, including supplier data review, test results review and analysis anomaly and NRB investigations Support of inorbit test campaign. Key Tasks Responsibilities System level modelling and analysis of navigation system performance Matlab. Customer facing presentation of results, analysis and technical justifications. Support to inorbittesting and validation. Providing inputs into operations. Supplier data review and engineering assessment of RF unit performance and analysis of effects at system level. Assessment of performance including review of payload test results and telemetry, leading anomaly investigations and holding customer reviews Person Specification Qualifications Degree in relevant engineering subject Experience Proven experience in a similar role. Experience in the GNSSGPSGalileo field. Experience with working with an ESA customer or similar institutional customer would be very desirable. Knowledge of satellite production environments and test methods would be desirable. Detailed knowledge of RF systems, key parameters, design drivers and anomaly investigations. An understanding of the effects of RF chain signal generation, frequency conversion, HPA, filters and passives on signal distortions and performance would be desirable. Experience of high accuracy clock design, operation and performance drivers would be an advantageous. Knowledge and Skills Good allround knowledge of RF systems along with Matlab processing and data analysis skills is highly desirable. Excellent customer and supplier interfacing skills are essential for the role. Understanding of satellite navigation modulation schemes would be preferable. General understanding of GNSSGPS Galileo. Essential Attributes Selfdriven approach and ability to work with minimal direction. Ability to work directly with clients, internal and external, at all levels, and to present results, solutions and justifications with authority. Have a flexible, methodical approach to work, combined with drive and determination to complete activities whilst under pressure. Demonstrable attention to detail in ensuring that the system will function as designed. Excellent team working skills, together with the ability to interface with others at all levels. Excellent written or oral communication and presentation skills. Flexibility, and the ability to travel if required may be necessary to support offsite test campaigns and meetings.
Tags: systems
engineer
galileo
payload
Galileo FOC Payload Systems Engineer RFNavigation
2015-05-15 13:06:45| Space-careers.com Jobs RSS
One of our space clients based in the UK is looking for a Galileo FOC payload systems engineer. This is a contract position and will involve supplier data review, test results review and analysis anomaly and NRB investigations system level verification modelling and requirements closeout, and presentation of information to stakeholders at all levels. Key Tasks Responsibilities Supplier data review and engineering assessment of RF unit performance and analysis of effects at system level. Assessment of performance including review of payload test results and telemetry, leading anomaly investigations and holding customer reviews. System level modelling and analysis of navigation system performance Matlab. Customer facing presentation of results, analysis and technical justifications. Support to inorbittesting and validation. Providing inputs into operations. Qualifications Degree in relevant engineering subject. Experience Proven experience in a similar role. Experience with working with an ESA customer or similar institutional customer would be very desirable. Knowledge of satellite production environments and test methods would be desirable. Detailed knowledge of RF systems, key parameters, design drivers and anomaly investigations. An understanding of the effects of RF chain signal generation, frequency conversion, HPA, filters and passives on signal distortions and performance would be desirable. Experience of high accuracy clock design, operation and performance drivers would be an advantageous. Knowledge and Skills Good allround knowledge of RF systems along with Matlab processing and data analysis skills is highly desirable. Excellent customer and supplier interfacing skills are essential for the role. Understanding of satellite navigation modulation schemes would be preferable. Essential Attributes Selfdriven approach and ability to work with minimal direction. Ability to work directly with clients, internal and external, at all levels, and to present results, solutions and justifications with authority. Have a flexible, methodical approach to work, combined with drive and determination to complete activities whilst under pressure. Demonstrable attention to detail in ensuring that the system will function as designed. Excellent team working skills, together with the ability to interface with others at all levels. Excellent written oral communication and presentation skills. Flexibility, and the ability to travel if required may be necessary to support offsite test campaigns and meetings.
Tags: systems
engineer
galileo
payload
Spacecraft Controller for Galileo FOC fm
2013-03-07 17:37:45| 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, ESO, Columbus Control Centre, the German Galileo Control Centre 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. For the location in Darmstadt, Germany we are looking for Spacecraft Controllers for Galileo FOC fm at ESOC. Aufgaben Tasks A team of 2 permanent and 2 shorterterm Spacecraft Controllers Spacons in addition to the current Lead Spacon will be required to support the GALILEO FOC LEOP Spacecraft Operations Manager SOM as members of the Flight Control Team FCT during the LEOP preparation and execution phases. The SPACON team will include 1 permanent Spacon to cover launches L3 through L8 from April 2013 to January 2015 1 permanent Spacon to cover launches L3 through L8 from July 2013 to January 2015 2 Spacons required for 4 months for launch L3 from July 2013 to October 2013 2 Spacons required for 4 months for launch L5 from January 2014 to April 2014 The start date and duration for each Spacon position are based on the current global GALILEO FOC schedule. Since the project schedule is still dynamic, start dates may be subject to future changes except the 2April2013 one, which is hereby confirmed and fixed. It is assumed that shortterm Spacons will be available to cover the 4month time slots in a flexible way, such that changes in the launch schedule can be handled in a timely manner. The level of knowledge and training of the nominated Spacons shall be such that a certification 2 month after the start date can be achieved. During these 2 months, the position holders will receive mission specific training organised and coordinated by the existing Lead Spacon. The assignments of the position holders include the following tasks Operate all or part of the mission system, which may incorporate parts of the ground segment as well as the space segment, as specified for the mission. During the prelaunch phase assist in configuring and testing the operational system to support the operations. The Contractor may be required to develop methods or tools to assist in the execution of the operations. Onconsole involvement in MRTs, SCTCsSVTs, simulations and LEOP operations authorised by the SOM, following established rules and procedures. In case of ground or space segment anomaly providing first level contingency recovery support In order to discharge these responsibilities the Contractor is required to become familiar with the mission and the control facilities at his or her disposal. The 6 GALILEO LEOPs are planned to be conducted from ESOC and CNES, with a LEOP every 3 months current baseline. To be noted that dates and Control Centre CC selection for each LEOP summarised in the table below are derived from the current baseline. As the project schedule is still dynamic, changes in the launch calendar or rotation of the CCs ESOCCNES are not excluded. L3 ESOC, Sep2013 L4 CNES, Dec2013 L5 ESOC, Mar2014 L6 CNES, Jun2014 L7 CNES, Sep2014 L8 ESOC, Jan2015 The position holders will be required to support SCTCSVT, Simulations Campaign and LEOP activities conducted from any of the two CCs. This will imply short term normally no more than a week but repeated colocation periods when SCTCs, simulations and LEOPs will be conducted from CNES Toulouse, France. Essential requirements For the accomplishment of the listed tasks, knowledge of the following is mandatory A good knowledge of SCOS2000 and ESOC Ground Segment Operations Desirable skills Experienceknowledge of the following would be a distinct advantage LEOP experience Other information Fluency in English, both spoken and written, is required The nominal duration of the LEOP according to the present baseline is 6 days, with 8 hour shifts Must be an EU national or possess a valid German Work Residence Permit Planned start dates are between April 2013 and January 2014 To guarantee that your application is processed, please apply via our website httpwww.scisys.dewhereweworkspacecareersspacejobs.html
Tags: controller
spacecraft
galileo
foc
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