A MATLAB-based system for detecting tumors in medical images, applying noise reduction, and visualizing results using heatmaps and a watch-style interface.

A MATLAB-based tool for analyzing wind farm data and visualizing energy performance metrics using custom plotting routines.

A C++ program that calculates the optimal braking coefficient to stop an object within a given distance using binary search and Euler's method to simulate deceleration.

A C++ project that implements an image processing toolkit using custom data structures and modular functions for resizing, rotating, and processing images, with accompanying unit tests.

A modular C++ implementation of the classic card game Euchre, including classes for players, cards, and game logic, as well as configurable game settings and unit tests.

A templated C++ implementation of a doubly-linked, double-ended list with iterator support, featuring standard list operations and a full test suite.

A C++ project that trains and evaluates a simple text classifier using word frequency and label probability, modeled after a Naive Bayes approach, with support for CSV input and debug inspection.

A C project that assembles and simulates programs written in the LC-2K instruction set architecture, translating assembly code to machine code and running it on a simulated processor.

A two-pass assembler and linker for the LC-2K instruction set written in C, capable of translating assembly code into machine code and resolving external symbols across multiple modules.

A C-based pipeline simulator for the LC-2K instruction set, implementing a 5-stage pipeline with instruction decoding, data forwarding, and cycle-by-cycle execution tracking.

A configurable cache simulator for the LC-2K architecture written in C, modeling cache read/write behavior with support for LRU replacement and memory access tracking.

A Spark-based Python project that analyzes movie ratings and transaction data to extract frequent itemsets, association rules, and popularity metrics for recommendation purposes.

A Python toolkit for document clustering and similarity analysis using k-means, LSH, cosine similarity, shingling, and LOF for outlier detection.

A basic quantum circuit simulator built in Python using NumPy, supporting multiple qubits, standard quantum gates, and probabilistic measurement of quantum states.

A Python-based simulation of Grover’s quantum search algorithm using Qiskit, with logic for CNF-based oracle generation and modular testing of circuit components.

A Qiskit-based implementation of the Steane [[7,1,3]] quantum error-correcting code with encoding, syndrome measurement, error correction, and validation.

A Python-based static site generator for an Instagram-style photo-sharing site using Jinja2 templates and JSON configuration.

A server-side web application that mimics Instagram functionality, using Python views, Jinja templating, and SQLite to render dynamic user pages, posts, and interactions.

A React-based frontend for a photo-sharing app that dynamically renders content from a RESTful API backed by a SQL database, combining modern UI design with persistent backend data.

A hands-on web security lab demonstrating Cross-Site Request Forgery, SQL Injection, and Cross-Site Scripting attacks, designed for EECS 388 coursework.

An Arduino-based touchscreen UI for a mars rowing machine, designed to show reps and weight metrics to astronauts in a mars base environment. Inspired by a NASA xHAB Challenge and completed as part of UofM's BLiSS project team, the display uses a 7” capacitive TFT panel and real-time telemetry from the rower.

A React Native app for managing groceries, finding recipes, and tracking user statistics. Includes multi-screen navigation, state sharing with Context API, and a mobile-friendly interface.

A mobile inspection app built with Jetpack Compose that streamlines daily field reporting for construction projects. Users can create projects, log detailed reports with photos, track site conditions, and automatically organize data for fast, reliable documentation.

A browser-based single-player Texas Hold’em poker game built with a deterministic TypeScript game engine and a React UI. The project uses an event-driven reducer to model game flow, declarative side effects for bot turns and delayed transitions, and isolated hand evaluation logic. Designed with a strong separation between domain logic and presentation, the engine is fully testable and independent of the UI.

Built an on-demand Minecraft server on AWS using EC2 for compute and a Lambda function to start the instance remotely. This allowed my friends and me to spin up the server only when needed, minimizing idle compute cost while keeping the setup simple to use.