Architected frontend integrations for payment workflows and modular data flows; increased transaction efficiency by 30%. Implemented AI-assisted document processing with OCR and validation, reducing manual data-entry errors by 60%. Defined caching and UI state optimization strategies to reduce redundant API calls and improve page responsiveness by 40%. Redesigned onboarding flow, boosting new user signups by 15% within 6 weeks, accelerating time-to-first-transaction and lowering support costs. Implemented asynchronous rendering and code-splitting to support peak loads, achieving 99.98% frontend uptime across promo windows and consistently reducing failures. Expanded unit and visual regression tests, increasing coverage from 45% to 85%, stabilizing releases.

Associate Software Engineer at Akriti Computing

May 1, 2022 - July 1, 2024

Contributed to the V2 release of a SaaS platform across 5+ major modules with a focus on UI/UX consistency and maintainability. Increased test coverage from under 20% to 80%, strengthening reliability while reducing production defects. Reduced initial render time by 40% (2.5s to 1.5s) and improved perceived performance for new users. Launched accessible frontend micro-interactions boosting onboarding efficiency, contributing to signup growth over two quarters. Designed a configurable frontend architecture and a reusable component library with 15+ assets, accelerating releases by 60%. Built dynamic filters and pagination across dashboards, optimizing rendering for 2,000+ records and improving API responsiveness. Implemented URL parameter persistence across sessions and devices. Built end-to-end backend APIs powering data visualizations.