About this job

Serco is a leading Space Services Provider with thousands of skilled resources that has supported over 50 space missions on behalf of more than 10 Space or Government agencies around the globe, including the ESA and NASA.

Serco has made significant contributions at ESA’s European Space Research and Technology Centre (ESTEC) in the Netherlands, supporting a wide range of space missions and projects. Serco has provided essential engineering, technical, and management services, playing a key role in logistics and operational support for missions. Serco’s expertise in spacecraft management, ground systems and data processing has earned them recognition, including ‘Best in Domain’ awards from ESA. Their long-standing partnership with ESA reflects their commitment to excellence and innovation in the space sector.

We are looking for a System Verification Support Engineer to join our team at the esteemed ESA-ESTEC site in the Netherlands. Step into a remarkable role that grants you access to one of the globe’s highly coveted space agencies!

Responsibilities

• Conduct system-level analyses in the areas of communications, operations, mission analysis, mission planning, or end-to-end level performances using LSTM Baseline documentation and Satellite Design Specifications as key inputs.
• Review and assess the verification closure proposed by the industrial team against Satellite Design Specifications and Instrument Requirement Specifications, ensuring compliance with ESA-level requirements (SSRD, SRD, MRD).
• Develop and maintain a requirement verification traceability matrix in accordance with ECSS-E-ST-10-02C Annex B, ensuring thorough documentation and traceability of verification activities.
• Produce Verification Reports and additional reports, models, or technical notes as necessary, complementing those delivered by the LSTM prime contractor and in alignment with ECSS-E-ST-10-02C Annex F.
• Address identified deviations or non-compliance to system requirements by proposing, developing, and analyzing system-level solutions that are compatible with the Space and Ground Segment design definitions.
• Utilize System and Instrument Verification plans (e.g., DDVP, FVP) and Satellite and Instrument Verification Control Documents as part of the overall system verification process.

Profile

• Master’s Degree or equivalent in Physics, Engineering, or Computer Science.
• At least 4 years of relevant post-master’s experience.
• Demonstrated expertise in system engineering with knowledge of mission analysis, S2G communication systems, and satellite operations.
• Proven experience in conducting system-level analyses in space segment, flight operation segment, and ground segment systems.
• Extensive experience in interacting with various stakeholders, including engineers and scientists.
• A good level of autonomy and organizing skills is required.
• Comfortable with working in a diverse and multinational team environment.
• Proficient in the English language, both written and spoken.
• Knowledge of another EU member state language is an asset.
• Candidates must be eligible to work in the EU.

On offer

• Flexible working policy (hybrid working)
• Comprehensive and competitive benefits plan
• A range of wellness activities and employee assistance programs
• Casual dress code

Relocation:

The Netherlands’ central location in Europe makes it an ideal base for travel and business within the EU. Major cities are well-connected by road, rail, and air with Amsterdam Schiphol Airport one of Europe’s busiest and most well-connected airports, facilitating easy international travel.

Serco offers relocation support for all EU passport holders that are planning to relocate to the Netherlands and work for Serco B.V.

DE&I

Diversity, Equity & Inclusion at Serco is based on a culture where every voice is heard and every employee feels valued. Working together as one team, we can enhance the experience of our people and teams, improve the value of our solutions to better serve the missions of our customers, and make an impact in our world.