NaveeN

• Built a high-performance backend using Java and Spring Boot to handle concurrent user sessions within a microservices architecture pattern. • Leveraged Redis-based caching strategies to store frequently accessed data, resulting in a 30% increase in data retrieval speed for end-users. • Developed containerized deployment configurations using Docker to ensure environment consistency across the development and production stages. • Streamlined the local environment setup process for the development team by 20% through the implementation of automated Jenkins pipelines. • Created secure RESTful API structures using HTTP and JSON to follow industry-standard Software Development Life Cycle (SDLC) practices.

• Created a responsive user interface using React and CSS to streamline the learner-facing voting process, leading to a 25% improvement in navigation speed during usability testing. • Developed backend service modules and SQL database schemas to handle concurrent data processing, ensuring system reliability during high-traffic simulated election events. - Implemented secure session management and encryption protocols, reducing data validation errors by 30%. • Built containerized deployment scripts using Docker to simplify environment setup and ensure compatibility with cloud-native testing environments within an Agile workflow. • Collaborated with team members during Scrum ceremonies to translate functional requirements into technical specifications while contributing to comprehensive unit testing and code quality reviews.

• Developed backend microservices using .NET and C# to automate the tracking of educational assets, ensuring high reliability and data security for learner-facing systems. • Built a dynamic and responsive User Interface (UI) using React to allow educators to manage resource allocations, resulting in a 30% increase in administrative task efficiency. • Implemented containerized deployment workflows using Docker and Terraform to provision Amazon Web Services (AWS) cloud resources, ensuring consistent environments across the Software Development Life Cycle (SDLC). • Created secure Representational State Transfer (REST) Application Programming Interfaces (APIs) to integrate internal library databases with external assessment tools, reducing data synchronization errors by 15% during peak usage periods. • Participated in daily Scrum ceremonies and Kanban workflows to translate business requirements into technical solutions, which ensured on-time delivery of all functional software modules.