Tymon Charles Blow

Architected and delivered scalable full-stack applications using React, Next.js, Node.js, and PostgreSQL, improving system performance by 35% under high production traffic across distributed environments. Designed and implemented backend services with Node.js, Spring Boot, and FastAPI supporting 800K+ monthly requests with strong reliability and efficient resource utilization. Engineered microservices-based architectures and REST APIs enabling horizontal scaling and reducing downtime across critical production systems. Optimized database performance using Redis caching, indexing strategies, and advanced query tuning, reducing API response latency by 45% during peak traffic. Led cloud infrastructure deployment using AWS, Docker, Kubernetes, and CI/CD pipelines, improving deployment frequency and stability. Integrated third-party services such as Stripe and Twilio for secure payments and real-time communications. Integrated AI/ML and LLM capabilities into application workflows including

Developed full-stack features using React, TypeScript, Node.js, and Express, improving frontend responsiveness and backend performance across production applications. Built backend services with Java Spring Boot and Python to support scalable data processing pipelines and increase system throughput by 30%. Designed and maintained secure REST APIs to ensure reliable data exchange between frontend and backend services. Optimized database performance using PostgreSQL and MongoDB tuning techniques, reducing query execution time by 40% on large datasets. Containerized applications with Docker to improve deployment consistency and reduce environment-related issues across development and production. Implemented authentication and authorization systems using JWT and RBAC, improving application security and access control. Built reusable frontend components, state-management flows, API integrations, and responsive interfaces with TypeScript and React. Contributed to automated testing, code revi

Built responsive user interfaces using React, JavaScript, HTML5, and CSS3 to improve cross-device compatibility and enhance user experience across web applications. Integrated frontend systems with backend APIs, enabling dynamic data rendering and improving application responsiveness. Optimized frontend performance using code splitting, lazy loading, and bundle optimization techniques, reducing page load time by 30%. Resolved UI bugs and improved design consistency, reducing user-reported issues and enhancing application stability across platforms. Collaborated closely with designers and backend engineers to deliver feature-rich applications aligned with business and product requirements.