Senior Platform Engineer
Current● Engineered high-performance backend services using Node.js to handle I/O-intensive tasks such as API gateway, real-time data streaming, and microservices orchestration. This led to a 30% reduction in response times, enabling faster user interactions and improving the overall customer experience.● Leveraged Rust for compute-intensive processes, such as data processing pipelines, cryptographic operations, and concurrency-heavy workloads. Rust's memory safety and performance advantages resulted in a 40% increase in processing efficiency, which supported real-time analytics and reduced server costs by optimizing resource usage.● Architected a scalable, modular front-end using React and TypeScript, enabling the rapid deployment of new features and reducing the time to market by 20%. This agility allowed the business to quickly adapt to user feedback and emerging market trends, driving customer engagement and retention.● Designed and implemented a microservices architecture leveraging Node.js for service orchestration and Docker/Kubernetes for containerization, enhancing platform scalability and reducing deployment downtime by 50%. This flexibility allowed the business to scale operations swiftly in response to increasing user demand.● Enhanced platform security by utilizing Node.js for secure API development and OAuth 2.0/JWT for authentication and authorization, ensuring compliance with industry standards and reducing security vulnerabilities by 25%. This proactive approach mitigated business risks and protected sensitive user data.