6G & Smart City IoT Framework — Academic Publication
Peer-Reviewed Research published under Springer Nature addressing the 6G-Enabled Smart Cities paradigm, focusing on bandwidth and AI integration in home automation frameworks.
A selection of projects demonstrating data analytics, design, and software development.
Peer-Reviewed Research published under Springer Nature addressing the 6G-Enabled Smart Cities paradigm, focusing on bandwidth and AI integration in home automation frameworks.
Mapping the evolution of a streaming giant through data engineering and visual storytelling.
Decoding consumer trends to drive revenue growth through EDA and Python. I analyzed a retail transaction dataset to identify high-value customer segments and product performance.
A sleek, persistent To-Do application built with vanilla JavaScript and Local Storage, focusing on a zero-loss user experience.
A minimalist, high-usability interface geared towards efficient task tracking, designed for mobile-first interaction.
Blending bold aesthetics with functional design to create an immersive retail experience.
A comprehensive UI/UX design featuring component-driven product cards, an immersive onboarding experience, and engaging micro-interactions.
Designed a modular service grid, user-centric onboarding, and strategic CTA workflows for a healthcare platform.
Engineered a Python-based diagnostic utility featuring hardware interfacing and multi-module scanning to parse raw network data into human-readable reports.