CODEV PHILIPPINES | 2021 - Present
Kyocera International
- Developed a chemical import compliance system that automates checks for U.S. import regulations, ensuring accurate tracking of permits and compliance with legal requirements. This system reduced manual checks, improving efficiency and reducing risk for non-compliant imports.
- Led the modernization of legacy applications, spearheading the migration to a new technology stack. Worked closely with stakeholders to rebuild key components from scratch, improving system performance, scalability, and maintainability.
- Created a reusable project template for microservices architecture, streamlining the development process for new projects. This template is now used as the foundational blueprint for all new services, accelerating development cycles and ensuring consistency across the platform as the company transitions from a monolithic to a microservices-based system.
- Led the design and implementation of RabbitMQ as the centralized messaging broker for email and notification services, enabling asynchronous processing, improved system reliability, and scalable message handling. Implemented message producers and consumers to decouple notification workflows, reduce API response time, and ensure fault-tolerant delivery across multiple services.
- Implemented Redis as an in-memory caching layer to reduce frequent database calls, improving application performance and scalability. Designed cache strategies to store frequently accessed data, minimizing latency and optimizing overall system responsiveness.
- Built an automation script to provision Azure DevOps projects, streamlining project setup and reducing manual configuration efforts. Automated creation of repositories, and baseline configurations to ensure consistency and faster development.
- Built Terraform scripts to provision and manage Azure DevOps project infrastructure, enabling consistent, repeatable, and scalable environment setup through infrastructure as code.
CardExchangeCloud
.NET Developer
- Architected a multi-component student ID management platform comprising administrative, control, and mobile applications.
- Implemented role-based access control (RBAC), configurable approval workflows, and secure SDK-based integrations for physical access systems.
- Delivered a mobile-first virtual ID solution enabling secure authentication, notifications, and campus access via mobile devices.