• Architected and implemented a MERN stack (MongoDB, Express.js, React, Node.js) solution for university website, boosting user engagement by 25% and reducing load times by 20ms.• Engineered robust Data Structures & Algorithms curriculum, elevating student exam scores by 30% through tailored study plans and hands-on coding sessions• Spearheaded DevOps workshops, introducing CI/CD pipelines, Docker containerization, and Kubernetes orchestration, resulting in 15.5% improvement in student project outcomes• Optimized website performance through advanced techniques including lazy loading, code splitting, and implementing service workers, achieving a 30% increase in user task completion rates• Mentored 50+ students in full-stack development, covering React hooks, Redux state management, Node.js microservices, and RESTful API design• Implemented Agile methodologies and Scrum practices in student projects, fostering a 40% increase in on-time project deliveries• Taught how to use Secure coding practices and Authorization using Firebase and JWT.

+ Researched and conducted a comparative analysis of iOS development languages, emphasizing Swift’s superiority in terms of performance, code maintainability, and developer productivity.+ Evaluated key metrics including compile-time safety, interoperability with existing Objective-C codebases, and ecosystem support, demonstrating Swift’s technical advantages over its counterpart.

Architected and implemented a cutting-edge Python application leveraging Flask backend and React frontend, integrating computer vision for dynamic screen brightness adjustment based on user head orientation• Engineered robust RESTful APIs using Flask, facilitating seamless communication between frontend and backend services, resulting in a 30% reduction in data transfer latency• Optimized Python-based brightness adjustment algorithm using NumPy and OpenCV, achieving a 30% decrease in response time and enabling real-time user experience enhancements• Implemented React hooks and context API for efficient state management, resulting in a 25% improvement in component reusability and overall application performance• Collaborated in an Agile environment, participating in daily stand-ups, sprint planning, and retrospectives, contributing to a 40% increase in sprint velocity• Utilized Git for version control, implementing branching strategies and conducting code reviews, resulting in a 50% reduction in merge conflicts• Implemented comprehensive unit and integration tests using pytest and Jest, achieving 90% code coverage and reducing post-release bugs by 60%• Containerized the application using Docker, streamlining deployment processes and reducing environment setup time by 70%