Capabilities

Capabilities

Technical depth across cloud, platform, delivery, and applied AI.

This page maps the technical domains I work across — architecture patterns, platform systems, delivery practices, and the tooling behind them.

Technology ecosystem map

A layered capability map across foundations, delivery, data and AI, controls, and artefacts. This is an architecture view, not a vendor logo wall.

Cloud & platform foundations

Base infrastructure and platform services that everything else depends on.

AzureAWSNetworkingIdentityComputeStorage

Delivery & automation

Tooling and delivery paths that connect architecture decisions to running systems.

TerraformBicepCI/CDGitHub ActionsKubernetesAKS

Data & AI patterns

Applied data and AI integration patterns within platform boundaries.

RAGEmbeddingsBedrockAzure OpenAIpgvectorInference services

Architecture artefacts

Documented outputs that make implementation decisions reusable.

ADRsDesign packsRunbooksDecision briefsRisk notes

Dependency flow upward

Capability domains

Cloud architecture and infrastructure design

Definition: Designing cloud environments that account for security boundaries, networking topology, identity, cost, and operational reality — not reference architectures copied from vendor documentation.

Where I contribute: Landing zone design, multi-account structure, networking topology, identity and access management, cost modelling, and governance guardrails with decisions documented through architecture artefacts.

AzureAWSTerraformBicepCloudFormationHub-spoke networkingLeast-privilege models

Evidence note: Shown in selected work and case studies with public-safe architecture views.

Solution architecture

Definition: Translating requirements, constraints, and organisational context into a technical direction engineering teams can build against.

Where I contribute: High-level and low-level design, integration views, NFR specification, option assessment, trade-off documentation, and architecture decision records while staying connected to implementation realities.

HLD / LLDADRsIntegration viewsWell-Architected principlesCompliance-aware design

Evidence note: Case studies show decision boundaries, scope notes, and architecture rationale.

DevOps and delivery systems

Definition: The pipeline, tooling, and operational patterns that connect architecture decisions to running infrastructure.

Where I contribute: CI/CD design, IaC module development, Git-based workflow controls, environment promotion paths, deployment automation, and operational monitoring setup.

GitHub ActionsAzure DevOpsTerraformBicepDockerKubernetes / AKSHelm

Evidence note: Public repositories and release pipeline patterns are referenced in project evidence.

Data and AI integration patterns

Definition: Applied AI patterns integrated into platform architecture — retrieval-augmented generation, governed assistants, and infrastructure-aligned AI workloads.

Where I contribute: RAG architecture, embedding and retrieval flow shaping, platform integration, and controlled experimentation with explicit evidence boundaries.

Azure OpenAIAWS BedrockpgvectorLangChainEmbedding pipelinesInference services

Evidence note: Public evidence is represented through the governed AI case study and linked sanitised artifacts.

Governance, controls, and operational design

Definition: Policies, guardrails, monitoring, and operating structures that keep cloud infrastructure maintainable after initial delivery.

Where I contribute: Governance guardrail design, security-control alignment, monitoring and alerting setup, runbooks, and structured incident-oriented operating guidance.

Azure MonitorLog AnalyticsApplication InsightsCloudWatchPrometheusGrafanaRBAC

Evidence note: Control patterns are described conservatively with explicit non-claims where evidence is limited.

Technical communication and delivery artefacts

Definition: Architecture value depends on communication quality — technical decisions must be usable by teams and stakeholders after delivery.

Where I contribute: Producing decision records, option papers, technical designs, operating notes, and stakeholder-ready summaries that support execution and handover.

ADRsTechnical design packsRunbooksRisk registersDecision briefs

Evidence note: Case-study and project pages link to representative artefact-style outputs and references.

How capability is applied

  • Design decisions are documented and reviewable.
  • Delivery connection remains active through implementation.
  • Governance-conscious: controls are built in without blocking progress.
  • Each domain links to public proof where available, with clear boundaries.
  • Choices account for inherited systems, timelines, and budget reality.