Software Engineer · Creative Developer
Software engineered with visual intelligence.
I build systems, interfaces and digital experiences with equal attention to structure and detail.
Five nodes, embedded in one running field. Touch one to route the signal and read that part of the practice.
Projects across healthcare, enterprise software, full-stack products and interactive digital experiences.
Healthcare systems & interoperability
Critical healthcare integrations connecting clinical workflows, electronic billing, interoperability services and operational data across complex legacy systems.
Stack
PHP · PostgreSQL · REST APIs · Healthcare interoperability
Related dimensions
Architecture · Craft · Perception
ENTERPRISE SOFTWARE
Configurar, calcular y cotizar como un solo flujo.
A modular quotation platform connecting product selection, financing logic and distributed services across frontend and backend systems.
Stack
Angular · Microfrontends · NestJS · PostgreSQL · Oracle
Related dimensions
Interface · Architecture · Composition
Event-driven experiment exploring realtime state, synchronisation and latency between clients and services.
Node.js · WebSockets · Event streams
Architecture · Perception
End-to-end product work: data model, API, interface and delivery for a commerce-oriented platform.
React · Node.js · PostgreSQL
Interface · Craft
Product design and implementation focused on clarity: turning a broad service idea into a usable, maintainable digital tool.
React · TypeScript · REST APIs
Interface · Composition
A generative, narrative-driven web piece where motion, composition and code are the same material.
Canvas · SVG · Generative motion
Composition · Perception
Complex enterprise systems, healthcare software and interoperability, and digital experiences built with visual sensibility — one practice: engineering systems with visual intelligence.
I rarely start by asking what to build.
I start by understanding what the system is already trying to do.
Understand the existing architecture, constraints, users and failure points before changing anything.
Reduce complexity and identify the real problem, the dependencies and the technical risks.
Design and implement the smallest robust solution that fits the system, rather than adding unnecessary complexity.
Test the behaviour in real conditions, inspect data and logs, validate integrations, refine and iterate.
One field, four states — the process reorganising itself