Refactored and optimized shadow traffic validation scripts for enterprise payment stack migration initiatives using Python, Spark and Hadoop, reducing validation cycle time from 2 weeks to 2 days.

Implemented data-mapping and policy-enforcement logic for P2P payment flow migrations, ensuring payment-stack parity, while improving data load efficiency by 40% and significantly reducing latency.

Designed and developed compliance policy checks for onboarding US merchants to an alternate payment method, directly enabling a program projected to generate multi-million dollar annual revenue.

Enabled secure payment credential storage for high-volume enterprise merchants through policy changes backed by robust unit and E2E testing suites using JUnit and TestNG, to maintain quality standards and regulatory compliance.

Collaborated with writers and developers to revamp web pages, improving engagement by tailoring content for diverse audiences.

Designed and implemented dynamic layouts, ensuring style consistency across 10+ pages using modern design principles.

Built responsive web pages using HTML, CSS, and JavaScript, increasing user interaction with ASI’s interactive programs and online classes.

Optimized and cleaned up WordPress sites to enhance performance and maintainability.

Course Facilitator for the graduate courses - Dynamic Programming and Greedy Algorithms, Network Systems Foundations and Principles of Linux Networking as part of the CU Boulder Online MSCS program.

Host regular office hours to assist a cohort of 100 learners with questions related to course content and assignments. Monitor discussion forums and provide appropriate responses to student issues and tickets.

Collaborated closely with program managers and professors to update the course content, assignments, and final exams ensuring the practical relevance and rigor of the skills gained through the courses for the current software development industry.

Designed and developed a near real-time metrics dashboard using Next.js, TypeScript and React, enabling the monitoring of IAM usage patterns of 100,000 customers across four verticals

Implemented OAuth2.0 authorization using Okta resulting in scalable user authentication and enhanced protection against unauthorized access for 100+ internal users across all engineering teams

Improved and optimized application performance, by reducing page load and response times from 1.5s to 800ms utilizing React.js server components and Next.js server-side rendering

Facilitated real-time data exchange among Arduino Atmega328 microcontrollers through an RF subsystem using SPI and I2C protocols, enabling a comprehensive analysis of lunar surface temperature and material composition

Increased the reliability of transmitted data packets by minimizing transmission time and memory overhead through analysis and implementation of error detection and correction techniques using C++