Adam Stawicki

Built advanced React components powering Grammarly’s AI-driven writing experience; implemented high-performance rendering patterns; collaborated with design to evolve shared component library across products; improved accessibility compliance by aligning features with WCAG guidelines; implemented state management optimizations reducing unnecessary re-renders; enhanced the extension UI with modern patterns for stable cross-browser compatibility; created micro-frontend structures enabling independent team deployments; led refactoring efforts to modernize TypeScript types and improve long-term stability; collaborated closely with backend teams to refine data-driven UI flows; integrated real-time updates via WebSockets for responsive user feedback; automated key UI tests to reduce regression and strengthen release confidence; documented frontend architecture decisions for organizational knowledge sharing.

Designed and developed backend services supporting Grammarly’s AI-driven writing engine; built distributed data-processing functions to optimize model inference pipelines; improved API throughput through asynchronous workflows and service-level tuning; partnered with ML teams to create model-serving endpoints with strong reliability guarantees; integrated advanced authentication and authorization flows for enterprise customers; established performance baselines and automated load testing; enhanced backend observability with structured logging and granular metrics; led cross-service refactoring to reduce complexity and modernize aging modules; implemented robust caching strategies to improve response times; coordinated gradual service rollouts to ensure safe and predictable user impact; strengthened CI/CD automation enabling fully traceable backend deployments; created backend architecture documentation.

Developed scalable React interfaces for high-traffic internal and external Google platforms; built reusable UI frameworks used by multiple engineering teams; integrated GraphQL APIs to deliver efficient, real-time data interactions; improved frontend performance through code splitting and caching strategies; collaborated with UX researchers to refine user flows and simplify complex interfaces; developed accessibility-first components ensuring broad user inclusivity; improved CI pipelines to accelerate safe rollout of UI updates; implemented advanced testing strategies across visual, integration, and unit tests; contributed to design system enhancements that unified product experiences; delivered features supporting global product launches with high reliability.