I build backend systems that keep complex products reliable at scale.

Backend ownership in Uber’s order platform and commerce-processing layer, where the core responsibility is storing, managing, and serving order lifecycles across lines of business. The platform keeps order state and commerce context available so downstream consumers can process orders reliably and on time.

• Worked on backend systems that manage order creation, updates, finalization, adjustments, and reads across high-scale order flows.
• Designed reliability and consistency safeguards around order state, lifecycle updates, and data contracts consumed by downstream systems.
• Drove alignment across product, platform, data, and partner teams for order-data migrations, access patterns, and lifecycle changes.
• Handled high-severity production mitigations involving cross-functional order-processing and downstream-consumer flows.
• Mentored engineers, raised the quality bar for incident postmortems, and contributed to engineering hiring through technical interviews.
• Presented architecture decisions in leadership reviews, technical deep dives, and broader engineering forums.

Backend leadership for the streaming and orchestration systems behind personalized mobile and web campaigns, where predictable latency and cost efficiency mattered as event volume grew.

• Led a 10-engineer team building B2B customer engagement backend systems for mobile and web channels.
• Reduced API latency by ~80% and infrastructure costs by ~50% while scaling streaming pipelines for high-throughput event processing.
• Built workflow orchestration, A/B testing, in-app HTML campaigns, and monitoring capabilities across the engagement platform.
• Recognized with Customer Obsession and Rockstar awards across multiple quarters.

Backend systems for healthcare workflows where reliability affected clinics, doctors, and patients directly. Focused on storage efficiency, workflow resilience, and offline-capable product behavior.

• Reduced primary database storage by 50%+ through an archive library, enabling clinic data to stay online without hardware upgrades.
• Built offline-capable healthcare workflows for clinic case registration - handling connectivity loss gracefully where the alternative is paper.
• Strengthened reliability across patient-facing flows where downtime directly affects care delivery.

Operations platform for genomics and healthcare workflows. Built search, filtering, notification, and workflow systems used by hospital operations teams, and helped migrate the product experience to SPA architecture.

• Migrated operations platform to SPA architecture, improving responsiveness for hospital operations teams working across complex multi-step workflows.
• Built search, notification, and reusable filter systems across users, cases, payments, and hospital workflows.
• Developed reusable filter persistence framework - saved and restored search state across sessions, reducing repeated manual filtering by ops teams.

Graduate research in post-disaster ICT systems: networks and software designed for environments with limited infrastructure, unreliable connectivity, and real operational constraints.

• Focused on resilient systems design: building ad-hoc communication networks that operated without fixed infrastructure in post-disaster environments.
• Published 3 peer-reviewed papers on wireless mesh networks, ICT data pipelines, and self-contained software for disaster recovery.
• The research question - how do you build a system that works when everything around it has failed - became the lens for every engineering decision since.