Camilo Andrés Páez Romero

Design, build and maintain full stack web applications for multiple clients, with .NET Core backends and Angular or React front ends chosen per project. Architect .NET Core microservices, including API design, service-to-service communication and message-based integrations over Azure Service Bus.

Built new React front-end components and provided full stack support for a large enterprise platform, extending functionality and improving user experience. Defined backend entities, relationships and schema to support a scalable content architecture.

Designed custom backend controls and modules for evolving business requirements, updating schemas, models and system interactions. Resolved complex synchronization issues between distributed system instances by troubleshooting Azure Service Bus messaging.

Replaced manual deployment steps with streamlined, repeatable CI/CD release procedures. Profiled and optimized backend and frontend components to improve platform scalability, stability and reliability.

Built and deployed telemetry microservices that logged every application transaction and monitored the health of each running instance. Diagnosed performance issues and defined the improvements to fix them.

Led full stack implementations for enterprise clients including Dell Secureworks, ExxonMobil, IWG (Regus), Pulte Homes, AQR and Ruth's Chris Steak House, covering site redesigns, platform upgrades and headless architecture migrations. Architected decoupled, headless front-end / back-end platforms, enabling faster iteration and independent scaling of each layer.

Led the development team to deliver requirements and quality attributes. Designed the internal architecture for UI and backend functionality, validating workflows with software analysts and architects.

Data extraction from administration, billing and claims systems, and mapping into data warehouses and data marts.

Software for inventory tracking, data storage and retrieval, and equipment control.

Completed coursework in automation, control systems, electronics, and programming, including designing machines, control hardware, and software.