Nashid Shabazz

A mobile companion app built in React Native using Expo for Android and iOS. The application helps users design, track, and manage personalized workout routines for workout dice. Users can monitor their weight, BMI, workout history, and progress while recording notes to guide their fitness journey.

I developed the app's architecture, designed its responsive UI, and handled all front-end logic, integrating state management, API connections, and persistent local storage. The design phase included UX mockups and component wireframes to ensure consistency across devices. I also implemented smooth navigation flows and optimized rendering for performance on both iOS and Android.

The project strengthened my cross-platform development skills and experience in product design, user-centric UI creation, and mobile app deployment workflows using Expo. It demonstrates my ability to translate an engaging concept into a functional, well-structured fitness application that can scale and integrate with APIs or cloud-based fitness data in the future.

A mobile reference application designed to assist developers in searching, reviewing, and learning from real-world source code solutions. The app integrates the StackExchange API to pull relevant discussions, snippets, and answers from developer communities, allowing users to study and bookmark frequently asked programming questions.

The project was developed in Java using the Android Studio IDE and SDK, emphasizing clean architecture and modularity for maintainability. I designed all wireframes, UI elements, and workflow diagrams using Adobe Photoshop and Pencil Project. I also implemented accessibility features such as readable color contrast and structured navigation for mobile usability.

Beyond UI and integration, I focused on optimizing API calls and implementing caching to improve performance and offline accessibility.

This project strengthened my skills in RESTful API design, asynchronous networking, JSON data handling, and Android activity lifecycle management. The result was a responsive, efficient, and visually polished mobile experience aimed at enhancing developer productivity and learning.

A desktop-based chat and file-sharing application developed using C#, XAML, and the Windows Presentation Foundation (WPF) framework for both 32-bit and 64-bit Windows systems. It was designed for users in home, school, and office environments who need a secure and efficient local communication tool without relying on external servers or third-party chat platforms.

The application enables users to send instant messages, transfer files, and manage conversations in real time over a local network. It features a modern user interface built with the Model-View-ViewModel (MVVM) pattern, which provides clean separation of logic and improves maintainability. I implemented asynchronous data handling for responsive UI performance, encryption for message transmission, and file transfer progress tracking.

The project emphasized both user experience and scalability, offering smooth navigation, visual consistency, and lightweight performance even under multiple concurrent connections. During development, I designed the interface in XAML and focused on integrating secure networking protocols with efficient multithreading for stable communication.

An NFT collection that merges physical inspiration with digital artistry. I photographed my own Rubik's Cube from multiple angles, capturing its solving sequence and recreating each face in a 3D animated format. Each cube NFT represents a fully "solved" state of a particular color face, combined with laser-like visual effects and wavelength-inspired lighting to simulate motion and depth in 3D space.

All assets were animated, post-processed, and composited into looping collectible visuals, then minted on the Wax blockchain with metadata such as rarity, element type, and color classification. The NFTs were stored on decentralized IPFS storage, ensuring long-term integrity and accessibility.

This project demonstrates expertise in creative digital design, NFT metadata generation, blockchain deployment, and distributed file hosting. It reflects the fusion of real-world craftsmanship with digital storytelling and tokenized art.

An NFT collection that reimagines meme culture and stock trading through animated digital collectibles. Each card was handcrafted with unique iconography, typography, and animated elements to resemble rare, high-value trading cards. Every NFT integrates metadata detailing its value, rarity, and theme, while custom animations bring each card to life through subtle reflections, glowing highlights, and looped visual motion.

The artwork was fully designed and animated digitally, curated for balance between humor, visual appeal, and collectability. Each NFT was then uploaded to IPFS for decentralized storage and minted on the Wax blockchain.

This project showcases proficiency in NFT architecture, IPFS asset management, metadata structuring, and art design. It highlights the ability to merge aesthetic vision with blockchain utility, creating engaging, tradable art experiences.

A web-based directory application developed to help institutions efficiently organize and locate student information through a dynamic, responsive interface.

Built with Angular 2 for the front end and a Java-based REST API for the back end, the system supports role-based authentication for students and administrators, allowing secure CRUD operations on profiles and records. The app features intelligent search and filtering, profile photo uploads, and data persistence through JDBC. Designed with scalability, accessibility, and performance in mind, StudentSearch was structured using modular architecture principles and tested across browsers to ensure a smooth, user-friendly experience.

The project highlights integration of modern front-end frameworks, RESTful service communication, and Java database management for real-world academic use cases.