System Architecture + AI-Augmented Engineering

I architect resilient platforms and ship products faster with AI-driven delivery workflows.

From domain modeling to deployment pipelines, I combine system design rigor with modern coding tools like Codex, Copilot, and Cursor to accelerate high-quality product execution.

Architecture First: Event Flows + API ContractsAI Coding Stack: Codex, Copilot, CursorRapid Delivery with Human-in-the-Loop Reviews

12+

Architecture Initiatives Led

2.3x

Faster Prototyping with AI Tooling

1000+

Users Served in Production

Architecture discovery -> technical blueprint -> implementation roadmap
AI-generated scaffolds + pair-programmed refinement for faster shipping
Production hardening with CI gates, observability, and performance budgets

Experience

Architecture leadership with AI-accelerated execution

I drive systems thinking from planning through implementation, using modern coding tools to increase speed without sacrificing engineering quality.

Senior Front-End / Platform Engineer

DRO Health

Led architecture decisions for core healthcare workflows, aligning product velocity with reliability and compliance constraints.

Designed modular frontend architecture and contract-first API integration patterns.

Improved performance by 45% through cache strategy, bundle optimization, and render profiling.

Introduced AI-assisted implementation workflow that reduced spike-to-PR cycle time by 38%.

Standardized reusable foundations that cut UI feature delivery time by 40%.

TypeScriptNext.jsArchitecture Decision RecordsCodexCopilotTailwindCSS

Projects

Systems delivered with speed, clarity, and scale

Architecture-first implementations accelerated by AI-supported coding workflows, with measurable product and performance outcomes.

DRO Health

DRO Health

Architected a comprehensive Electronic Health Records system for patient data, clinical workflows, and care coordination. Used AI-assisted implementation loops to accelerate delivery while maintaining production reliability.

+45%

Performance Gain

1.8s

Average Load

1000+

Concurrent Users

Architecture supporting 1,000+ concurrent users.

45% performance gain through caching and lazy loading strategies.

40% reduction in UI delivery time via internal design-system patterns and AI-assisted scaffolding.

Average load time reduced from 3.2s to 1.8s.

TypeScriptNext.jsReactZustandTailwindCSS

Expertise

Architecture depth + AI-powered execution speed

I combine systems thinking with modern coding copilots to turn complex product requirements into production software quickly and safely.

ARCH

Architecture

Domain ModelingSystem BoundariesAtomic priciplesEvent FlowsScalable Frontend Patterns
AI

AI-Driven Development

CodexGitHub CopilotCursorPrompt PlaybooksAI-Assisted RefactoringSpec-to-Code
UI

Frontend Systems

ReactNext.jsTypeScriptTailwindCSSState ManagementDesign Systems
API

Backend & APIs

Node.jsNestJSExpressREST APIsJWTRBACWebSockets
OPS

Platform & DevOps

AWSDockerCI/CDGitHub ActionsVercelNetlifyCircle CI
QA

Quality & Observability

JestCypressPerformance ProfilingMonitoringCode ReviewsEngineering Standards

How I Ship Fast Without Breaking Quality

Architecture first: define domain boundaries, ownership, and integration contracts before coding.

AI-assisted implementation: use Codex/Copilot/Cursor for scaffolding, test generation, and safe refactors.

Human review gates: design review, code review, and regression checks to keep output production-ready.

Continuous hardening: observability, performance budgets, and iterative optimization after release.

Contact

Let's architect and ship your next high-leverage product

Available for senior engineering roles and strategic execution where architecture quality and rapid delivery both matter.

Designed for system clarity, execution speed, and measurable outcomes.

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© 2026 Jerry Aaron Agbo