

Personable and highly motivated professional with a solid foundation in Java programming and web development principles. Proficient in front-end and back-end technologies, including JavaScript frameworks and RESTful APIs, facilitating seamless user experiences. Committed to leveraging technical expertise to design and implement impactful software solutions that drive efficiency and innovation. Eager to contribute to dynamic teams and tackle complex challenges in the tech landscape.
Domain: Artificial Intelligence & Machine Learning (AI/ML), Natural Language Processing (NLP), Media & Content Generation
Duration: Nov 2024 – Jun 2025
Developed an intelligent podcast creation and discovery platform that automates the end-to-end workflow for creators and listeners. The system uses NLP models to generate podcast scripts, summaries, and episode outlines, enabling rapid content production. Implemented machine-learning–based user profiling to power personalized recommendations and content discovery. Integrated audio generation, topic suggestion features, and a smart semantic search engine to help users find relevant episodes efficiently. The platform enhances content accessibility and boosts user engagement through an AI-driven, fully automated podcast ecosystem.
Technology: React, Tailwind/MUI, Context API, local-Storage
Duration: Sep 2024 – Nov 2024
Type: React-Based Single Page Application (SPA)
Built a frontend-only ship maintenance management system with role-based access control for Admin, Inspector, and Engineer. Designed modules for managing ships, components, and maintenance jobs, supported by real-time data persistence using local-Storage. Implemented KPI dashboards, maintenance scheduling calendar, and notification features to enhance workflow efficiency. Delivered a fully responsive UI using React and Tailwind/MUI, ensuring smooth navigation and a seamless user experience for operations teams.
Domain: Internet of Things (IoT)
Duration: Jan 2024 – Jul 2024
Designed and developed an automated smart shopping cart utilizing Arduino, RFID technology, and an LED display to simplify retail billing. The system scans products through RFID tags, retrieves item details from the product database, and updates the total bill in real time on the LED screen. Implemented automatic add/remove functionality to handle dynamic cart changes and reduce manual intervention. The solution eliminates checkout queues, minimizes billing errors, and improves customer shopping efficiency through a seamless, IoT-based retail experience.