Senior Software Engineer at Cinch

Architected and implemented a centralized observability framework with OpenTelemetry across PHP, Go, and Python services. Built an internal SDK based on the observer pattern to standardize metrics, logs, and traces, streaming telemetry data to the OpenTelemetry Collector. Introduced a double-write mechanism for legacy logging to ensure a seamless migration with zero disruption to existing pipelines. Developed and delivered a fully functional notification service within four days, supporting customizable scheduling, templating, and extensibility for future features. Proposed and laid groundwork for a unified authentication and authorization system; the design was selected for implementation in the upcoming quarter.

Senior Software Engineer at JULO

Managed incoming technical initiatives within the team, ensuring efficient and effective resource allocation. Spearheaded and led the development of a dedicated fraud detection service in the first week on a newly formed team. Inventoried existing fraud features to clarify scope, establish ownership, and decouple functionality from the monolith. Reduced coordination overhead with other teams, improved system performance, and enabled faster, more autonomous changes to the anti-fraud system. Initiated, architected, and led the full development lifecycle of a graph-based, resilient, distributed no-code workflow management system under a tight deadline. Took charge from inception, managing the project timeline through detailed Gantt planning, breaking down work into actionable tasks and cards, and coordinating execution across Backend and QA teams. Co-designed and delivered an internal campaign management system to support targeted campaigns; reduced reliance on external vendors and result

Senior Software Engineer at Spenmo

Spearheaded a comprehensive observability stack leveraging Prometheus and Grafana to ensure compliance with MAS regulations; enabling real-time monitoring of critical server and business metrics. Integrated third-party payment processors and bank APIs to improve payment handling capabilities. Engineered a cost-optimization mechanism that prioritized the most cost-efficient payment gateways, significantly reducing transaction costs. Designed a payment processing time estimator with over 90% accuracy, optimizing system efficiency by leveraging historical data instead of a complex decision-tree model. This approach improved send-to-receive time predictions, aligning with SLA requirements and enhancing overall payment performance.