The CS department seen a large variety of comps projects from our majors over the years. Here are some of them.

Class of 2023

  • Xintai Ao - Crave: Comparing Food Delivery Costs Amongst the Most Popular Delivery Apps
  • Will Baron - Using Markov Chains for Music Generation
  • Maryo Botros - Using Robotics to Make Blinds Smarter
  • Liam Bowen - Fantasy Baseball
  • Roshni Edwards - Untangled: A Community-Building Hair Type Identification Web Application
  • Stephanie Enriquez Isais - A Corcinar: A VR Mexican Cooking Game
  • Maya Gonzalez - Using ML to Detect and Classify Alzheimer's Disease
  • Cassandra Gutierrez - GroceryCheck: Helping Users Attain Recommended Vitamin Intake Values
  • Brady Hagen - Game Feel
  • Caleb Jordening - DRL in RL: Deep Reinforcement Learning in Rocket League
  • Christian Keaunui - Creating a Deep Q-Learning Agent to Play Tetris
  • Neython Lec Streitz - Raise the Bar: Video-Based Barbell Velocity and Bar Path Tracker for Weightlifting
  • Chris Linscott - YouTube Image Search: Is It Viable?
  • Kathy Liu - Style Checker: Teaching Python Code Style through Self-Correction
  • Joaquin Madrid Larranaga - Computational Queries: Discoverability and Curiosity in User Centered Design
  • Adrian Manhey - How to Catch a Rabbit: Reinforcement Learning in Stag Hunt Dilemma
  • Sacha Peterson - The Typma Programming Language
  • Alec Phillips - Software Testing Tutor: An Education Web Application
  • Joshua Pulido - Offbeat VR
  • Odelia Putterman - Predicting Cryptocurrency Prices Prediction for Index Fund Rebalancing
  • Layla Razvi - TaskDrop: Productivity Gamified
  • Sammy Sanchez - Fantasy Basketball Statistic Visualization Web App for Fantasy Users
  • Jack Thomas-Colwell - A Web Interface for Angular Overlap Model Calculations
  • Amelia Threatt - Automated Math Tutor
  • Eddie Valdez - The Explore LA Web App
  • Haotian Wang - AI Chinese Chess
  • Jerry Wu - Building a Blockchain Time-Locked Wallet
  • Angel Wu - Web-Based City Recommender
  • Cathy Yim - A Photogrammetry Algorithm

Class of 2022

  • Amaryllis Argueta - Creating Meaningful Virtual Spaces: Reimagining the Occidental College Disorientation Guide through Unity
  • Aarushi Arora - Los Angeles Community Fridges
  • Hector Baez - Automating Data Extraction from Document Images
  • Olivia Baldwin-Geilin - Greenspaces: Accessing the Outdoors made Easy
  • Layal Bata - Cognitively Modeling the Two Systems Account of Theory of Mind using Analogy
  • Bryce Boyle - Landlord Lookup Web Application for Tenant Transparency
  • Jennifer Cano - Learning a Language through the Use of Pop Culture References
  • Maxie Castaneda - Character Build and Weapon Upgrade in Blood, Sweat, and Tears
  • Rayhon Choudhry - Using Agent-Based Modeling to Simulate Heterogeneity in Investment Strategies in Financial Markets
  • Dyani Dillard - Deep Learning to Detect Melanoma in Different Skin Types
  • Dylan Edwards - Exploration of Architectural Tactics and Patterns of Micro-Services and Cloud Native Solutions
  • Nick Escobar - Branches: A Game of Choice and Agency
  • Chelsea Fell - COVID Tracking App
  • John Gayden - Invasion of Privacy: How Social Media Surveillance Products Impact Marginalized Communities in the US?
  • Myles Hultgren - Breaking Conventions in Gaming
  • Grey Hutchinson - Acoustic Neural Networks to Find Elusive Species
  • Amy Kim - A Text-Based Game of Uno
  • Anna Kim - Oxy Book Exchange
  • Jason Lee - Semi-Automated Essay Grader Using Machine Learning Techniques
  • Jessica Li - OxyTradePost Web App
  • Anaiah Little-Diop - To be Seen by the Forest: A Digital Interactive Horror Comic
  • Toros Margaryan - Constructing an Efficient Algorithm to Find All Magic Squares of an Arbitrary Size n
  • Ali Mian - Can AI be Held Morally Responsible?
  • Scott Morris - Attempting Balanced Racial Accuracy in Facial Recognition
  • Anna Nefedenkova - Simulation of Chemical Reaction Pathways and Reaction Rates Calculation Using Matrix Representation
  • Hil Oglesby - A New Way to Learn how to Sing
  • Michael Phaneuf - Designing and Building a Full-Stack Web Application: Court Report
  • Jasmine Reyes - Life in American Quarantine
  • Joey Rose - Novel Architecture Design for Updating Large, Real-Time Geospatial Datasets
  • Gwen Sarapata - Traffic Light Detection
  • Kailen Shinmoto - Basketball Analytics for NBA Roster Constriction
  • Jack Stark - RISC-V Compliant Vector/Graphics Hardware
  • Nate Steckel - ARG Oriented Game Design
  • Daniel Torres - The 2020 Presidential Election and COVID Deaths
  • Sunny Yu - Convolutional Malware Classification with Attention
  • David Zhang - Machine Learning: Predicting the Outcome of a Tennis Match to Maximize Betting Profits
  • Sherwin Zhang - Sonatina: Music Composition through a Dual-Screen Web Application
  • Daniel de Leon - Automated Running Form Feedback Using AI Powered Pose Estimation

Class of 2021

  • Mohi Andrabi - Oxy Analytics: Performance Evaluation Catered to Division 3 Soccer
  • Savon Brown - A Path Tracer in C++ and CUDA
  • Rowan Fitch - Optimal Stoke
  • Enrique Goudet - Web Application with User-Based Collaborative Filtering
  • Di Hu - Designing Calm Technology with E-Ink Display and Leap Motion
  • Jack Kearney - DLay: Displaying the Effects of Latency on Cloud Computing Gaming through a Roguelike Video Game
  • Chenghao Li - A Gomoku AI with Hand-Crafted Code
  • Dylan Morison - Improving Study Motivation with a Socially Oriented Time Tracker
  • Tammie Oh - Weight Maintenance and Nutrition-Based Model Application for College Students
  • Wren Paris-Moe - Investigation of Financial Forecasting Systems; A Survey and Comprehensive Examination
  • Annika Puth - Connect: A Nature Healing Mobile Application
  • Daniel Scal - Crohn's Disease Management App
  • Paul Sirri - Developing a Desktop Software Application for Helping Patients to Manage Type 1 Diabetes by Visualizing Healthcare Data
  • Travis Thein - Forecasting COVID-19 Using Regression Comparison and a SEIR Model
  • Jialin Tian - Experiments in Virtual Reality
  • Sophia Yang - Virus Classification Model using Viral Reference Sequence
  • Sarah Yi - Measuring Racial Bias During Police Traffic Stops Between Democratic and Republican States
  • Cynthia Zhang - Classical Chinese Word Segmentation

Class of 2020

  • Sara Bawale - Speed Dating for Fonts: Using Machine Learning to Create Pleasing Font Combinations
  • Julian Chan - The End-to-End Product Development as a Full-Stack Web App: Providing a Better Alternative to Ratemyprofessors.com
  • Ethan Chen - Improving Rendering Performance and Space Complexity by Combining Reversed Path Tracing and Sorted Deferred Rendering
  • Jacob Farner - Analog Waveform Synthesis in the Context of Musical Instruments
  • Hope Fowler - A Consideration of Empathy
  • Allie Frank - Immersive Design: A Theatrical Approach to Indie Video Game Development
  • Alexis Hale - Building a Video Game with Automated Processes: AI and Procedural Generation
  • Daniel Huth - Algorithm Optimization in the Context of Factorization Theory
  • Malvika Khanna - Autonomizing Water Rights through Visualization of Satellite Data
  • Josh Kim - Refuting Random Walks Hypothesis: LSTM Networks on S&P 500 Index
  • Brian Li - Hybrid, the Most Favored Movie Recommender System
  • Logan McIntyre - Computer Graphics for Interactive Media
  • Teagan Mucher - Mitigating Engagement with False News Stories on Twitter through Intervention
  • Courtney Nelson - A Partially Self-Driving Golf Cart Using Ranging Sensors and Real Time Data Analysis
  • Max Peng - Predicting Wildfire Cause and Burn Area
  • Leopold Ringmayr - Classification of Skin Lesions: How Deep Learning Can Improve Medical Diagnosis
  • Xiomara Rodriguez - Social Network Analysis on the Zapatista Online Support Network
  • Joey Sortino - Sculpting the Interactive, Audio-Visual World for a Digital, Psychological Thriller Experience
  • Jade Wu - DNA: A Replacement for Silicon
  • Yan Yan - Image Compression on Paintings from Abstract to Realism

Class of 2019

  • Stephanie Angulo - Creating an Augmented Reality Application for iOS Platforms
  • Allie Brenner - Comfort Level and Short-Term Success in Computer Science
  • William Chen - Feature-Based Sentiment Analysis
  • Leo Connelly - Addressing Barriers to Entry Surrounding Electronic Medical Records
  • Charlotte Cullip - Training Convolutional Neural Networks to Classify Knitted Stitches
  • Sasha Eberhardt - Bayesian Network Games with Intentions
  • Luis Figueroa - Part-of-Speech Tagger for Non-Natural Language in Bug Reports
  • Dan Gittelman-Egan - iVoting in Estonia: The Democratic Considerations and Security Implications of Digital Governance
  • Malone Hedges - Designing Music around New Human Behaviors
  • Ogo Ikefuna - Africa Wireless: The Mass Communication Technology of the Black Oral Tradition
  • Jonathan Hou - Why an Artificial Brain Under-Performs a Human Brain and DeepMind's AI
  • Eddie Kochman - Algorithmic Game Theory: Vickrey-Clarke-Groves Mechanism for Sponsored Search Auctions
  • Austin Lee - Using Neural Networks to Drive an RC Car
  • Kevin Oh - User Centered Design: QAB iPad App for the Occidental Baseball Team
  • Sabrina Palmer - Comprehensive and Dynamic Online Test for Evaluating and Training in Rational Numbers
  • deGrasse Schrader - Who is Responsible for Artificial Intelligence?
  • Drake Song - Improving Automatic Text Summarization with Coreference Resolution
  • Emily Tran - Generating Music using Artificial Intelligence
  • Andrew Valenzuela - Classifying the Modern NBA Player using Machine Learning Techniques
  • Chloe Zeller - Minimizing Sexism in AI Through Altering Word Embedding Input
  • Vena Zhang - A Type System for URLs

Class of 2018

  • Shasta Clokey - Using Smartphone Data to Determine a VR User's Heading
  • Max Marion - A Neural Rhyming Couplet Generator
  • Ellen Shin - A MERN List Organization Web App
Contact Computer Science
Swan Hall B101