Senior Cybersecurity Architect - Governance & Strategy

The Cyber Security Agency of Singapore; Singapore; On-site; SGD 180,000 - 260,000; Full time

Job summary

The Technical Architecture Office (TAO) at The Cyber Security Agency of Singapore seeks an accomplished Enterprise Architect to translate strategic cybersecurity requirements into scalable, end-to-end architectures. You will collaborate with stakeholders to co-create system designs, guide governance, and ensure architectures align with national cyber objectives.

You will analyse requirements, manage architecture governance processes, and apply TOGAF/Zachman/SABSA pragmatically across hybrid and

Qualifications

• Strong written and verbal communication and consulting skills.
• Experience translating complex requirements into scalable, end-to-end architectures.
• Proven ability to govern architecture across organisation-level processes.

Responsibilities

• Partner with stakeholders to co-create system designs and solution architectures for cybersecurity systems.
• Provide thought leadership on integrated solution design and architecture governance.
• Analyse national cybersecurity requirements and co-create next-generation solution designs.
• Establish and manage architecture principles, standards, and artefacts.
• Manage the Architecture Review Board and ensure clear ownership of architectural decisions.

Skills

Strong communication

Enterprise Architecture

Threat Risk Assessment

Security Governance

Solution architecture

Cross-functional collaboration

Tools

TOGAF

Zachman

SABSA

Job description

The Technical Architecture Office (TAO) at The Cyber Security Agency of Singapore seeks an accomplished Enterprise Architect to translate strategic cybersecurity requirements into scalable, end-to-end architectures. You will collaborate with stakeholders to co-create system designs, guide governance, and ensure architectures align with national cyber objectives.

You will analyse requirements, manage architecture governance processes, and apply TOGAF/Zachman/SABSA pragmatically across hybrid and