I design and build fintech infrastructure and distributed systems where correctness, consistency, and failure handling matter more than raw speed.
I combine practical backend engineering with systems thinking to create platforms that are easy to maintain and safe to scale. My work focuses on reducing operational friction while keeping payment flows accurate and resilient.
On my current team, I help shape middleware for authorization, clearing, and settlement so that critical fintech flows remain stable even when external dependencies are unpredictable.
My approach values clear contracts, fast feedback loops, and architecture that earns trust in production.
A live backend platform for secure payment orchestration that keeps card issuing, transaction routing, and settlement aligned in real time. Includes identity-aware onboarding and webhook-based handoff to external processors.
A merchant-facing flow engine for secure payment link creation, delivery, and confirmation. Built to reduce integration friction while maintaining payment state through async webhooks.
A role-based event management backend with secure ticketing APIs and advanced search. Designed for predictable response times and fast catalog queries under load.
A product search and catalog engine built for fast filtering and scalable storefront APIs, with Elasticsearch powering relevance and discovery across large inventories.
A real-time operations backend for industrial sites, handling telemetry, generator state, and overlap detection for reliable equipment coordination.
An operational backend for SIM inventory, agent workflows, and activation tracking across distributed distribution channels.
A clean content management experience backed by a tailored API, designed for fast publishing and performance-first page delivery.
Whether it’s payments infrastructure, event-driven workflows, or improving operational visibility, I’m interested in practical backend work that thrives in production.