Developed a full-stack web application for managing karaoke events at venues like bars and clubs. The system streamlines song selection, queue management, and performance scheduling for both singers and DJs. Users can search songs by artist, title, or contributor and choose between a free or paid priority queue. DJs access a dedicated interface to view and manage performance queues, singers, and song details. Built with PHP, SQL, HTML, and JavaScript, the project focused on efficient database design, intuitive UI, and dynamic data handling, showcasing skills in web development, database architecture, and user-centered design.
Developed a web-based Quote System to streamline creating, managing, and approving customer quotes within a company’s sales workflow. The system supports multiple user roles (Sales Associates, Headquarters, and Administrators) each with tailored permissions and interfaces. It integrates with a legacy customer database and an external processing system to ensure accurate quote tracking and automated purchase order handling. Features include role-based access, quote search and editing, approval workflows, internal notes, and commission management. Built for data integrity and security, the system enables efficient, transparent collaboration across departments and seamless integration with external systems.
Developed four advanced computer graphics projects showcasing procedural modeling and simulation techniques. These included generating fractal terrains with adjustable grid size and fractal dimension, implementing Bézier curves and patches using De Casteljau’s algorithm for smooth geometric rendering, constructing isosurfaces with the Marching Cubes algorithm for 3D scalar field visualization, and simulating particle systems to model dynamic, physics-based motion. Together, these projects demonstrated strong skills in algorithmic graphics, mathematical modeling, and the design of efficient rendering and simulation pipelines.
From a list of abstract algebra related project topics, create a poster presentation describing the topic and the key components from abstract algebra that were used in the selected topic. Chose a project about triangular peg solitaire that demonstrated how to algorithmically win the game using concepts and techniques derived in abstract algebra.
Four project papers that demonstrated mastery of the topics discrete dynamical systems, proportion and geometric similarity, least squares and optimization, dimensional analysis, ordinary differential equations, and autonomous systems of differential equations.