Geospatial Systems Architect — Security-Cleared, Hybrid Role

Airbus; United Kingdom; Hybrid; GBP 90,000 - 120,000; Full time

Benefits offered by this job

Profit share

Pension

Share options

Car leasing

Free parking

Tech scheme

Flexible hours

Job summary

Airbus Defence and Space Limited in the United Kingdom is seeking an experienced Architect to lead the design of secure Geospatial and satellite data products. You will work across the full lifecycle, ensuring security by design for government and MOD ISR projects, within a collaborative AGILE team.

The role focuses on creating robust architectures, establishing traceability, and driving an architectural vision with stakeholders, while leveraging MBSE modeling and reusable components for future

Qualifications

• Strong experience designing and owning architectures for complex systems in a shared services, Service-Oriented, or microservices environment.
• Hands-on AWS cloud services experience would be advantageous.
• Experience in environments with security, cybersecurity, reliability, and compliance constraints.

Responsibilities

• Translate business and customer goals and high-level requirements into robust architecture for Geospatial solutions, balancing performance, security, reliability, and compliance.
• Establish end-to-end traceability from requirements to solution design through structured documentation and design rationale, leveraging MBSE (SysML/UML) to model complex system architectures.
• Drive architectural vision by proactively engaging with key stakeholders to gather pertinent information.

Skills

Architecture design

AWS experience

Security & compliance

Job description

Airbus Defence and Space Limited in the United Kingdom is seeking an experienced Architect to lead the design of secure Geospatial and satellite data products. You will work across the full lifecycle, ensuring security by design for government and MOD ISR projects, within a collaborative AGILE team.

The role focuses on creating robust architectures, establishing traceability, and driving an architectural vision with stakeholders, while leveraging MBSE modeling and reusable components for future