Portfolio

Completed June 2024

Design and implementation of a relational SQL database for a fictional crystal shop that tracks products, current inventory, transactions, reviews for products, and users who signed up for an account.

Completed February 2024

In a group of four, we implemented brute force, greedy, and dynamic programming solutions for the 01 Knapsack Problem and the Fractional Knapsack Problem, and compared execution times using charts.

Completed December 2023

On a team of two, I designed and implemented an application that maintains data for a fictional social media network using a graph data structure. Each user in the network has a profile containing their name, profile picture, status, and a list of friends.

Completed November 2023

For this project, I worked with Tamara to implement a program that stores players in a MMORPG by using a list and a hashed dictionary. This required creating a Character class and indexing Character objects with hash functions.

Completed October 2023

For this Java project, in order to learn more about data structures, I implemented a generic deque, using it to track stock purchases by adding new purchased stocks to the end and removing sold stocks from the front.

Completed May 2023

Java project that recursively draws a fractal, based on settings in the GUI implemented with Java Swing, causing changes in real time. Users can change recursion depth, opacity, and color themes.

Completed May 2023

Java project that implements a generic circular linked list and demonstrates its functionality by iterating through each player in the list to model taking turns in a game. During their turn, each player rolls two dice and adds them to their score, and the first to reach 100 wins.

Completed April 2023

Using Java, reads nearly 3 million rows of weather data from a CSV file, cleaning bad entries and creating an array of valid WeatherReading objects, providing useful methods to get data about each city.

Completed April 2023

Java project that uses interfaces, classes, multidimensional arrays, text file scanning, and unit tests with JUnit to take separate student and course CSV files and process them in order to find student information for each course.

Completed February 2023

Java project that accepts user input, validates it, and uses it to select options from a menu, calculate a sine curve area, and draw the sine curve when requested using Graphics. One of my first Java projects.