EO Future Microwave Payload Engineer

Description

Future Microwave Payload System Engineer, Future Missions and Instruments Division, Future Missions & Architecture Department, Directorate of Earth Observation Programmes.

Duties

Reporting to the Head of the Microwave Instruments Section, you will be responsible for the end-to-end definition, engineering, technology breadboarding and pre-development of microwave payloads for ERS-EO, future EO research missions – e.g. Earth Explorers, Missions of Opportunity and Scout missions – and operational missions, e.g. Earth Watch, Copernicus and meteorological missions.

The types of payload include active sensors such as scatterometers, altimeters, synthetic aperture radars (SAR), subsurface sounders and atmospheric radars, using wavelengths extending to the sub-mm wave range as well as passive microwave imagers/sounders for ocean, land and atmospheric sensing. You will be engaged in the study and pre-development of one or more of these types of payloads.

Your duties will include:

• identifying and investigating new observation principles, techniques and technology in coordination with staff in this Department, in the Science, Applications & Climate Department and in the Directorate of Technology, Engineering & Quality (D/TEC), interfacing with research and technical groups as required;
• maintaining knowledge of the relevant technology status and payload development programmes inside/outside ESA, including development undertaken by other space agencies in Europe and worldwide, as well as commercial initiatives such as those under NewSpace, in close collaboration with the Division’s Technology Coordination & Frequency Management Section;
• defining and assessing the end-to-end performance and technology readiness of new microwave EO payloads in close collaboration with the EO system engineers of the Division’s Mission & System Studies Section, taking into account mission, system and programmatic objectives and requirements;
• defining, initiating and managing industrial contracts for the study and risk-retirement of new microwave payloads, according to the agreed activity plan;
• performing risk-retirement activities through technology breadboarding and pre-development of microwave payloads for all future EO missions up to completion, coordinating instrument pre-development activities with project teams when required;
• developing ground-based or airborne microwave payload models, according to the concepts’ maturity and performance demonstration needs;
• providing expert support to the Division for the microwave payload aspects of missions undergoing evaluation or preparation, including for evaluation of mission proposals, support to Phase 0/A and mission architecture studies, contributing to the preparation of technical and scientific dossiers on new EO research missions and operational missions;
• supporting InCubed proposal evaluation and technical management of activities when related to EO microwave payloads and technologies;
• defining, developing, maintaining and upgrading microwave payload dimensioning and performance models and tools to assess new instrument concepts.

You will work in close cooperation with other staff from the Division and D/EOP and will also liaise with D/TEC and other Directorates involved in microwave technology and engineering activities.

Technical competencies

Behavioural competencies

Result Orientation
Operational Efficiency
Fostering Cooperation
Relationship Management
Continuous Improvement
Forward Thinking

For more information, please refer to ESA Core Behavioural Competencies guidebook

Education

A PhD or master's in in electrical/electronic engineering or physics is required for this post.

Additional requirements

• Contribute to a dynamic and creative environment in preparatory phases of EO missions.
• Have good interpersonal skills, being able to work and interact within small teams as well as autonomously.
• At least seven years’ relevant experience in EO microwave payloads and associated developments.
• Experience in working in team/project environment is desirable.
• Familiarity with microwave sensing techniques such as passive microwave imaging/sounding, altimetry and atmospheric radar sensing, and experience of hardware development and performance analysis models/tools, are desirable.