Systems Engineer

• Support the Head of the RF Payload Architects, comms subsystems and digital equipment Section for engineering matters
• Contribute to engineering work in RF communication subsystems (e.g. TT&C, PDT, ISL subsystems) in support to ESA Projects
• Provide expertise to support Projects (and Studies) throughout all project phases
• Perform and document relevant analyses; support implementation of industrial project activities
• Perform in-house design and trade-offs to support project specific technology developments
• Carry out computer simulations at system/subsystem level for assessment of end-to-end RF comms subsystems and TT&C/PDT subsystems performance
• Provide hands-on RF comms subsystems modelling and testing support to projects with coordination with Laboratory Service
• Identify, implement, validate, and operate relevant section tools, including software, hardware and data related tools
• Participate in development, validation, deployment and maintenance of relevant internal software tools and databases
• Operate tools to support Projects or ESA R&D activities
• Provide technical inputs to definition of technology roadmaps and contribute to reviews and meetings
• Monitor scientific and technological trends and maintain state-of-the-art expertise in RF comms subsystems
• Contribute to definition of technical requirements and statements of work for tasks performed by industry
• Review output from industry/academia and provide inputs to ESA Technical Officer; conduct software or hardware tests in Divisional laboratory when relevant
• Specify, design, develop, verify and accept TT&C/PDT subsystems including associated EGSE and related equipment
• Design and implement functions and techniques: modulation, signal synchronisation, digital signal processing, error control coding
• Support industrial activities and procurement of TT&C/PDT subsystems and associated EGSE and equipment
• Apportion requirements and generate specifications from subsystem down to equipment and antenna
• Study and implement new architectures, technologies and techniques for TT&C/PDT subsystems; support harmonisation process
• TT&C/PDT subsystems assembly, integration, testing (AIT), characterisation and validation activities
• Develop simulation tools and paradigms for design, development and performance evaluation of TT&C and PDT subsystems
• Implement laboratory activities associated to testing, characterisation and performance assessment of TT&C and PDT subsystems

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