Algorithms Visualization

Create an intuitive, interactive algorithm visualizer which will…

• Empower emerging computer science students to master algorithms of varying complexity
• Serve as a foundational platform for expanded educational content
• Advance student learning and problem
• solving skills at Miami University and beyond
• Allow for additional problems and examples to be added over time

Build a web based algorithm visualizer that uses visual and motion based elements to enable students to build crucial knowledge of how various algorithms operate. The platform will have…

• A visual component (i.e. being able to see elements being moved around in sorting of a list, nodes being created and/or balanced on an AVL tree, traversing a graph, etc.)
• A pseudocode component (programming language
• agnostic pseudocode) that has a readable, standard and uniform syntax
• An AI component that allows students to ask questions based on the context of the problem on their screen