Architecting and delivering high-performance eCommerce platform solutions for Autodesk's digital commerce ecosystem, focusing on checkout optimization, payment processing, and platform scalability.

Key Achievements:

• Architected and implemented high-performance checkout flow optimization for eCommerce platform, reducing cart abandonment by 22% and increasing conversion rate by 15% through streamlined payment processing, real-time inventory validation, and intelligent error handling.

• Designed and developed scalable payment processing microservice handling 500K+ transactions daily with 99.99% uptime, integrating multiple payment gateways (Stripe, PayPal, Braintree) and implementing idempotency patterns to prevent duplicate charges.

• Built real-time pricing engine with dynamic rule evaluation supporting complex discount strategies, A/B testing, and regional pricing, processing 2M+ price calculations per minute and reducing pricing errors by 95%.

• Architected frontend optimization strategy reducing micro-frontend bundle size by 77% (110KB→25KB) through tree-shaking and code splitting, improving page load performance by 40% and enhancing commerce workflow UX.

• Engineered zero-downtime migration of 75,000+ subscriptions to new transaction architecture, reducing processing time by 83% (72hrs→4hrs) via intelligent parallelization and robust data validation, ensuring 100% data integrity.

• Designed comprehensive observability framework with Dynatrace, establishing real-time monitoring and intelligent alerting that reduced MTTR by 60% within three months, significantly improving system reliability.

• Instituted 80%+ test coverage standard across micro-frontends through automated testing frameworks, reducing production bugs by 50% and accelerating development velocity via early regression detection in CI/CD.

Technologies: React, Node.js, JavaScript, AWS, DynamoDB, Dynatrace, Splunk, Jenkins, Git, CI/CD

Led development of enterprise fintech applications, focusing on performance optimization, infrastructure cost reduction, and building monitoring platforms for operational excellence.

Key Achievements:

• Reduced application infrastructure costs by 25% by implementing Kubernetes Horizontal Pod Autoscaling (HPA) tuned to custom metrics, eliminating over-provisioning while maintaining optimal performance.

• Improved application performance by 18% through UI rendering optimization, code refactoring, and SQL query tuning, increasing concurrent user capacity by 30% without additional infrastructure costs.

• Built monitoring platform (Spring Boot, Kafka, Oracle) to track SLOs/SLIs and produce application health scores used by leadership for strategic decision-making, reducing manual reporting overhead by 70%.

• Automated 10% of manual disaster recovery procedures with Ansible, increasing operational consistency and reducing recovery time.

Technologies: Spring Boot, Java, Kafka, Oracle, Kubernetes, Ansible, Jenkins, Git, CI/CD

Technologies & Environment: Angular JS, HTML5, CSS3, Bootstrap, Java, MySQL

• Application development utilizing HTML5, CSS3, and JavaScript leveraging the Bootstrap framework in Front End and a J2EE / MySQL in the backend.

• Refine and iterate user experience by designing and implementing new modules and interfaces in a complex, responsive site.

Technologies & Environment Used: C#, ASP. NET, MS SQL

• Orchestrated the design and development of web pages in the web application TEAM incorporating the changes requested by the clients, provided solutions that are convergent in space and time.