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All Projects​
Crypto Arbitrage Trader
This project is a real-time crypto arbitrage simulator built using Python, the Streamlit web framework, and the CCXT library for exchange integration. It monitors live prices of cryptocurrencies like Bitcoin, Ethereum, and XRP across multiple exchanges, identifies arbitrage opportunities after accounting for trading fees, and simulates $1000 paper trades to track cumulative profits over time.
Kennebunk High Climate Action Plan
Developed a comprehensive Climate Action Plan for Kennebunk High School through the UNE Gulf of Maine Field Studies class to promote sustainability and reduce the school’s environmental impact. The plan outlined strategies for energy efficiency, waste reduction, and eco-friendly practices, to be put in place the following years students for the class. Strengthened skills in research, policy development, and collaborative problem solving. Presented and was a panelist at UNE's Youth Climate Action Night.
Conditional Generative Adversarial network for chest x-rays
Independent conducted at the University of New England under Dr. Jaume, developing Generative Adversarial Networks to generate Chest X-Rays. Presented findings at Summer Undergraduate Research Experience Symposium. Strengthened skills in deep learning, computer vision, medical imaging, and model optimization.
Image segmentation tool
This image segmentation tool uses the GoJS library to allow users to interactively annotate and segment images by placing points and connecting them with lines. Users can click to create segmentation points, which are linked to form a structured outline over a medical image. It includes an STL file export feature, allowing users to convert their segmented outlines into a 3D model representation by generating and downloading an STL file. First HTML/CSS/JS Project, done as a preliminary for Chest X-Ray Research at UNE.
Java MineSweeper
Developed a Java-based Minesweeper game that randomly places mines on a grid and allows the player to uncover tiles while avoiding hidden mines. The program utilizes 2D arrays to store board states, recursion for revealing safe tiles, and conditionals to check for adjacent mines. This project demonstrates proficiency in Java fundamentals such as loops, conditionals, and object-oriented programming.
© 2025 by Shane Woloszyn
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