Taiwu's Portfolio

For my ongoing project "fit," my team and I are developing an iOS app using Swift, to help users manage their wardrobe and receive AI-powered outfit suggestions. The app features wardrobe management, weather-based recommendations, and personalized style preferences. Users can add clothing items via camera scanning and receive tailored outfit recommendations based on current weather and personal style choices.

Developed a Python-based cryptocurrency price prediction application using TensorFlow and Keras to build LSTM neural networks, and scikit-learn for data preprocessing. The model aims to predict future prices based on historical data and technical indicators, including Moving Averages and Relative Strength Index. Ongoing efforts include improving accuracy and building a user-friendly command-line interface for real-time data visualization and interactive forecasting.

Developed a web-based text & image editor using React, allowing users to type and paste text and images with interactive editing features. Implemented content persistence using localStorage, enabling users to retrieve their notes even after refreshing the page. Added functionality for image pasting and resizing within the editor. Deployed the application using AWS Amplify for hosting and continuous deployment at - textholder.xyz

We designed and developed a movie theater ticket reservation system in Java, applying systematic software development practices such as requirements analysis, multi-layer architecture, and comprehensive UML-based modeling (activity, class, and interaction diagrams). The project featured user registration, seat selection, payment processing, and ticket cancellation functionalities, culminating in a fully documented and deployable application.

The Accommodation Energy Estimation System is a Python tool that estimates household energy usage based on user-input appliance usage patterns. It calculates approximate electricity and water consumption, providing insights into energy costs and environmental impact. The program serves as an educational tool for increasing energy awareness in residential settings.

The Flight Management System is a C++ program for managing airline flight information. It offers features like displaying seat maps, managing passenger data, and saving information to files. Users interact with the system through a menu-based interface, allowing them to add or remove passengers and view flight details. The program demonstrates object-oriented programming principles and file handling in C++, making it suitable for small-scale airline management or as an educational tool for learning C++ concepts.

This project serves as a practical application of embedded systems development, combining both hardware and software elements to recreate a classic video game. It likely provided hands-on experience in working with Arduino, understanding input/output operations, and implementing game logic in a resource-constrained environment.

My team and I designed and built a self-sustaining, automated indoor garden using Arduino technology. The project emphasized the design process, including problem definition, ideation, prototyping, and evaluation. We managed soil moisture and lighting through sensors, ensuring a robust, waterproof enclosure. The project utilized recycled materials and included workshops and design reviews. We documented our progress in logbooks and presented our final product and pitch to demonstrate technical and entrepreneurial insights.

Designing a wind-powered "Sail Car" to carry 100 marbles across 150 cm. My team and I have just two hours to brainstorm, build, and test our creation using a limited selection of materials and a tight budget. We need to document our design process, manage resources carefully, and present our solution. It's a race against time to create a functional Sail Car that meets all the requirements. We're determined to rise to the challenge and make our design work, putting our engineering skills to the test in this hands-on project.