Markets Solution Architect: Low-Latency Cloud

ASX Limited; Australia; Hybrid; AUD 150,000 - 210,000; Full time

Benefits offered by this job

Hybrid working

Flexible working

Employee benefits

Job summary

ASX Limited is seeking a Solution Architect in the Enterprise Architecture/Markets division to shape core systems that support trading, market operations and regulatory obligations.

You will lead architecture across large projects, collaborate with cross-functional teams, and ensure alignment with IT strategy, balancing performance, security and reusability in a high-availability environment.

Qualifications

• Experience in mission-critical, high-transaction environments.
• Experience in markets trading within financial services.
• Strong stakeholder engagement and communication demonstrated.

Responsibilities

• Design and evolve core systems supporting trading, market operations and regulatory obligations.
• Lead solution architecture across large-scale projects and governance forums.
• Provide technical leadership with high-quality designs and specifications.
• Collaborate across Business Analysis, Delivery, Infrastructure, IT Service Ownership, Quality Engineering, and Testing.
• Ensure alignment with Enterprise IT Strategy and architecture principles.
• Work closely with Engineering to ensure architecture alignment and reusability.
• Be an active member of the Enterprise Architecture CoP.

Skills

Solution architecture

Hybrid cloud

Cloud architecture

Stakeholder management

Communication skills

SDLC

Non-functional requirements

Legacy systems

Latency awareness

Agile methodologies

Education

B.S. / M.S. in Computer Science or related field

Tools

Cloud platforms

Job description

ASX Limited is seeking a Solution Architect in the Enterprise Architecture/Markets division to shape core systems that support trading, market operations and regulatory obligations.

You will lead architecture across large projects, collaborate with cross-functional teams, and ensure alignment with IT strategy, balancing performance, security and reusability in a high-availability environment.