Developed a website to monitor sales to multiple buying groups and track associated credit card rewards earned.

Chess AI that uses the Min Max algorithm to decided which move is best. The AI looks at every possible move 3 turns out and assigns each move a score. The score is calculated using the current board position and which pieces remain. The scores are combined to give a total score for that move. Once all scores have been calculated, and placed into a decision tree, the AI chooses the score that increases its score the most during its simulated turn, and chooses the lower score when it is the opposing players turn. This alternation continues until it has reached the head of the decision tree, where then the AI will make its actual move.

Full stack app that uses React as a front-end and an express server on the backend to animate common path finding algorithms. This apps animations work similar to the sorting visualizer by solving the path and storing the results in an animation queue that is later played back. The operation is slightly different since the animation queue is now being requested from an express server hosted on Heroku. A Redux store is used to handle actions and algorithm selection. Some of the cool features of this app are the ability to create your own custom maze, and also being able to drag the start or end points once the maze has been solved to see an instant update of the calculated path.

React app that animates a variety of popular sorting algorithms to give a visual representation of how they work. The animation logic works by tracking of all the index comparisons in order and pushing them into a queue. Once the array is sorted, the queue is then looped through using a timeout to set the styles of the current index being compared.