Job Openings
Enterprise Systems Architect
About the job Enterprise Systems Architect
As an Enterprise Systems Architect, you will lead enterprise system assessments in legacy or constrained environments. You will oversee cross‑layer analysis across application, database, and infrastructure layers, ensuring findings are validated and translated into implementation‑grade advisory outputs that support execution planning and procurement evaluation.
What You'll Do and How You'll Succeed
- Lead enterprise system assessments involving legacy or constrained environments.
- Coordinate cross‑layer analysis across application, database, and infrastructure environments.
- Produce implementation‑grade advisory outputs suitable for execution planning and procurement evaluation.
- Validate technical findings across database‑layer, application‑layer, and infrastructure‑layer components.
- Ensure methodological rigour throughout the assessment engagement.
- Correlate findings across technology layers to produce coherent system‑level insights.
- Safeguard the integrity and technical validity of final recommendations delivered to the client.
We'd Love to Hear From You If...
Experience
- You have led at least two enterprise system assessments involving legacy or constrained environments and cross‑layer analysis across application, database, and infrastructure.
- You have a minimum of ten years of experience in enterprise systems assessment, optimisation, or stabilisation engagements, or equivalent enterprise assessment experience of comparable scope and complexity.
Technical Expertise
- You can produce implementation‑grade advisory outputs suitable for execution planning and procurement evaluation.
- You have technical fluency sufficient to validate findings across database, application, and infrastructure layers.
Ways of Working
- You apply methodological rigour to assessment processes.
- You demonstrate ownership and accountability in delivering technically valid recommendations.
- You collaborate effectively to produce coherent system‑level insights.