Budgeting App is a comprehensive personal finance management solution developed using ASP.NET Core MVC. The application allows users to track their income, expenses, create and manage budgets, and gain insights into their spending habits through intuitive visualizations. The system features categorized expense tracking, budget planning tools, and financial reporting capabilities. User data is securely managed with ASP.NET Identity for authentication and authorization, ensuring private financial information remains protected. The clean, responsive interface built with Tailwind CSS provides an excellent user experience across devices.

The Team Galo BJJ website serves as the digital presence for a local Brazilian Jiu-Jitsu gym in Edmonton. Developed with Gatsby to maximize search engine visibility and performance, the site features class schedules, instructor profiles, pricing information, and a blog section for gym news and BJJ techniques. The responsive design ensures visitors have a seamless experience whether they're on mobile or desktop devices. Interactive elements built with Framer Motion create engaging user experiences that reflect the dynamic nature of Brazilian Jiu-Jitsu. The content management system allows gym staff to easily update class schedules and post news items without technical knowledge.

The Django-based Budgeting App provides a comprehensive solution for personal finance management. Users can create custom budget categories, track expenses, monitor income sources, and generate financial reports to understand their spending habits better. The application features a clean, intuitive interface built with Bootstrap for responsive design across all devices. The Django ORM provides a seamless interface to the SQLite3 database, enabling efficient data operations and complex financial calculations. User authentication ensures personal financial data remains secure and private.

Baby Tracker is a comprehensive tool designed specifically for new parents to monitor their newborn's development and daily care routines. The application allows tracking of feeding sessions (including duration and amount), sleep patterns, diaper changes, medication administration, and growth measurements. Users can visualize trends through charts and gain insights into their baby's development. The secure authentication system ensures that sensitive family information remains private. The application features a responsive design built with Tailwind CSS, making it accessible on any device – critical for busy parents who need to log information quickly.

Developed as part of an Undergraduate Student Research Assistant (USRA) project, the Möbius Plotter is a specialized .NET application that generates visualizations for Merten's Conjecture by implementing the Möbius function algorithm. The application computes the Möbius function on natural numbers, which outputs 0 for numbers with repeated prime factors, 1 for numbers with an even number of nonrepeated prime factors, and -1 for those with an odd number of nonrepeated prime factors. The significance of this project lies in its connection to the Riemann Hypothesis. If Merten's Conjecture is proven true, it would imply that the Riemann Hypothesis, one of mathematics' most famous unsolved problems, is also true. The application uses ScottPlot for high-performance data visualization, allowing researchers to examine patterns in the data more effectively.