Pocket Tutor
Pocket Tutor is a math tool that scans handwritten math problems and provides error feedback. It doesn’t reveal the answer unless the student solves the problem correctly. The prototype focuses on single-variable algebra.

Team: Kohichiro Yamada, Jasmine Adelberg, Daniel Donahue, Taaon Frasor

Keywords: Math Education, Error Detection, OCR

Software

Capstone Award Winner

BlendBud
BlendBud offers wine recommendations based on quizzes and user ratings. It encourages social engagement by allowing users to share posts and ‘blend’ preferences with friends for tailored suggestions.

Team: Bailie Wynbelt, Erin Berridge, Huy Tran, Jessica Shaffer

Keywords: Wine Recommendations, User Preferences, Community

FashionFolio
FashionFolio is a virtual closet app that helps users plan stylish outfits, reducing the stress of choosing clothes and optimizing wardrobe use.

Team: Tyler Kimball, Brandon Lopez, Rafi Leviton, Fernando Jaime, Lucas Dicochea

Keywords: Market Research, Sustainability, Consumer Behavior

Life Lingo Frames
Life Lingo Frames are translator glasses that capture real-world video data to display commonly used words. It personalizes language learning by encouraging frequent repetition of relevant words.

Team: Alyssa Woods, Navneeth Kunkatla, Isaiah Valle, Peidong Wei, Trayvion White-Austin

Keywords: Language Learning, Translation, Personalized Learning

Narrative Nest
Narrative Nest is a collaborative writing platform for authors of all levels. It tracks characters, offers AI-driven inspiration, and allows for feedback and co-authoring in a supportive environment.

Team: Suryashree Ray, Victoria Torreno, Nishant Athawale, Ariel Garcia-Duarte

Keywords: Writing Platform, Collaboration, AI, Storytelling

ReeldIn: Making Movies Matter
ReeldIn is a web-based app that helps users choose movies by curating a personalized list based on preferences, reducing decision fatigue and choice overload.

Team: Jonathan Houge, Cooper Harris, Elizabeth Hong, Julius Ramirez, Farrah Rodriguez

Keywords: Movie Selection, User Preferences, Curation

UA Course Compass
UA Course Compass helps BS in Information Science students organize course planning and career alignment. The web app uses data mining and machine learning to recommend courses and create customizable course plans, integrating career goals through surveys.

Team: News Abusaada, Kargi Chauhan, Anushka Bande, Evan Williams, Rachel Stinnett

Keywords: Course Planning, Data Mining, Machine Learning, Career Goals

Analyzing Environmental Factors for Foodborne Illness and Recall Prediction
This research uses statistical and machine learning methods to analyze how climate factors affect foodborne illness outbreaks in major U.S. agricultural regions, based on 20 years of recall data.

Team: Janessa Davis, Nicholas Filiberti, Alex Alonso, Khusniddin Abdullaev, Xiunan Song

Keywords: Foodborne Illness, Machine Learning, Climate Change, Data Analysis

Research

Capstone Award Winner

Digital Literacy Research
This research examines how social media impacts digital literacy and critical thinking during U.S. elections, with a focus on Gen Z users and the spread of polarized information.

Team: Cami Corpus, Andrew Robbins, Connor Willihnganz, Amad Arshard, Peter Habib

Keywords: Digital Literacy, Social Media, Polarization, Elections, Gen Z

NSF Robotics Analysis
This project analyzes trends in NSF Robotics grants, predicting future research subtopics by examining data from the last decade. It aims to identify emerging trends in robotics research.

Team: Andrew Braunreiter, Jimena Sotelo, Adam White, Robert Cohen, Drake Bennington

Keywords: Robotics, Research Trends, Data Analysis, NSF

Online Gaming Wellbeing
This research investigates toxic behavior in the Apex Legends community, presenting data-driven solutions for improving positive player interactions and promoting community well-being.

Team: Eduardo Acuna-Arizmendi, Erick Lopez, Eddie Ekpoh, Ana Zenea

Keywords: Gaming, Community, Toxicity, Wellbeing

Fight or Flake
Fight or Flake is an immersive rhythm game blending snow and music. Players embark on a musical journey where beats and melodies combine for a unique, interactive experience.

Team: Brian Baer, Koby Kreese, Jeffrey Teller, Christine Tran, Ashwin Vivek

Keywords: Rhythm Game, Music, Immersion, Interactive

Games

Capstone Award Winner

Home by 10
Home by 10 is a 2D, story-driven side-scroller set in 80’s suburbia. Players must return home by 10 p.m. on Halloween, facing mysterious threats along the way.

Team: Samantha Jackson, Cory Froehlich, Kiel McDonald, Jose Rocha, Saul Murillo

Keywords: Side-Scroller, Story-Based, Halloween, Mystery

The Strong Survive
In this 3D action-adventure game, players survive on a mutated Earth, battling evolved monsters. Players can steal attributes from other creatures to build their customizable arsenal.

Team: Ryan Demler, Jonathan Trinh, Nicholas Skophammer

Keywords: 3D Adventure, Survival, Open-World, Customization

Sustaining Wayville
Sustaining Wayville is a 2D adventure game focused on sustainability. Players defeat trash monsters plaguing the town, restoring its ecosystem and learning about environmental stewardship.

Team: Lydia Dufek, Jack Richardson, Zay Williams

Keywords: Sustainability, 2D Game, Environmental, Adventure

NumEval: Numeral-Aware Language Understanding and Generation
This project delves into enhancing NLP models by improving their ability to comprehend and generate numeric data within text, a crucial but often overlooked component of language processing. It aims to elevate machine understanding of numerical values in context, particularly through tasks like quantitative prediction and natural language inference.

Keywords: Numeracy, Natural Language Processing, Quantitative Inference

Visual Word Sense Disambiguation
This initiative focuses on training models to resolve word ambiguity by associating text with corresponding images, leveraging context to discern the correct meaning of homonyms. By improving how machines interpret ambiguous words through visual cues, this project aims to enhance semantic comprehension in NLP.

Keywords: Word Sense Disambiguation, Image Matching, Semantic Analysis

Plant Based Predictions
The goal is to analyze market trends in plant-based diets to identify gaps between consumer expectations and product offerings, while also considering sustainability and profitability. This study bridges dietary preferences with ethical and environmental trends to forecast market dynamics in the food industry.

GitHub Repository

Keywords: Market Research, Sustainability, Consumer Behavior

Snorpheus
By combining audio and positional data, this project aims to detect snoring events and correlate them with body positions to better inform treatments for Sleep Related Breathing Disorders like Obstructive Sleep Apnea. The project addresses the need for an integrated system that visualizes these data streams to improve diagnosis and therapy recommendations.

Keywords: Audio-Positional Data, Sleep Disorder Detection, Health Informatics

Brawl the Shrimp
Exploring the intersection between music preferences and political leanings, this project aims to predict users' political affiliations based on their Spotify data, offering insights into the cultural influences that shape political ideologies. It challenges existing cultural stereotypes by linking personal music tastes to larger societal trends.

GitHub Repository  |  Website

Keywords: Predictive Modeling, Cultural Analysis, Music Data

Terrorism Observability
This project seeks to transform the Global Terrorism Database into an accessible, analytics-driven dashboard that provides insights into global terrorism risks. The aim is to facilitate informed decision-making for organizations by analyzing and presenting critical metrics such as temporal patterns and geographic hotspots.

GitHub Repository

Keywords: Data Visualization, Predictive Analytics, Global Terrorism

The Crossroads of Risk: A Comprehensive Analysis of Traffic Accidents
Analyzing traffic accident data, this project aims to identify key factors that contribute to accidents, offering actionable insights to improve traffic safety and guide policy-making. By uncovering patterns, the goal is to better predict and mitigate future accidents for safer roads.

GitHub Repository

Keywords: Traffic Safety, Predictive Analytics, Risk Assessment

Leveraging Generative AI for Business Applications
This project explores the application of generative AI in business, focusing on how AI-generated content can optimize operations, marketing, and customer engagement. It also addresses critical challenges like ethical concerns and data privacy in the rapidly growing field of AI-driven solutions.

Keywords: Generative AI, Business Applications, Ethics

Analyzing Trader Sentiment through Cloud-Based Data Engineering
Developing a cloud-hosted data pipeline on AWS, this project aims to analyze trader sentiment from notes shared on a platform, delivering historical data insights to aid in rational decision-making. This system provides traders with actionable intelligence to better navigate market trends.

Keywords: Cloud Computing, Sentiment Analysis, Financial Markets

Mini Twitter - Microblogging Service
This project builds a microblogging platform where users can post, comment, and interact, allowing for a streamlined social media experience with customizable account management. It incorporates fundamental web development skills in building a functional, scalable service.

Keywords: Web Development, Social Media, Microblogging

Using Machine Learning to De-duplicate Massive Material Sample Records
This project tackles the challenge of identifying duplicate material samples in SESAR's repository using machine learning to match metadata and suggest potential duplicates, improving data integrity. With a focus on legacy data, it applies sophisticated pattern recognition to ensure accuracy in sample records.

Keywords: Machine Learning, Data Deduplication, Metadata Analysis

iVoices
iVoices processes and analyzes technology-related stories contributed by students, providing data-driven insights for researchers to understand societal impacts of technological change. This project aims to disseminate findings through both digital and print formats, bridging academic research and public discourse.

Keywords: Data Analysis, Technology Impact, Research Dissemination

PROJECT Apollo
This project employs topic modeling and network analysis to explore global research trends in Astronomy and Astrophysics, offering new insights into the evolving scientific landscape. With 40% completion, it already leverages cutting-edge models like STM and Snorkel, and aims to map the discipline’s knowledge base.

GitHub Repository

Keywords: Topic Modeling, Network Analysis, Astronomy Research

Identifying Leaf Phenology Patterns
This project aims to use unsupervised machine learning to predict leaf phenology in deciduous forests by analyzing PhenoCam images, elevating past research on color clustering and feature extraction. The goal is to improve our understanding of environmental changes through image-based pattern recognition.

GitHub Repository

Keywords: Image Segmentation, Unsupervised Learning, Environmental Analysis

Analyzing Federal Grant Programs: Insights from BERT
This research investigates shifts in federal research grant allocations over the past 25 years, using advanced NLP models like BERT and Doc2Vec to anticipate future trends. It broadens the scope beyond NSF data, encompassing agencies like NASA and DOE to provide a comprehensive overview of research funding.

Keywords: NLP, Grant Analysis, Predictive Modeling

Topic Analysis (NLP)
This project focuses on tracking the distribution of federal funding for drone projects, offering insights into the growing importance of drones and robotics. It provides key data to stakeholders on how investments are being funneled into the robotics industry, helping shape future developments.

GitHub Repository

Keywords: Topic Modeling, Drone Research, Funding Trends

Pima Animal Care Center - Animal Database and Adopt/Foster Look Up
By redesigning the Pima Animal Care Center's online database, this project aims to create an intuitive platform where potential foster or adoptive parents can easily search for animals based on specific traits. It addresses inefficiencies in the current system to streamline the adoption process and help more animals find homes.

Keywords: Web Development, Data Management, Animal Welfare

Analysis and Financial Modeling of Federal Grant Programs
This project seeks to unravel the complexities of scientific funding over the past quarter-century, employing cutting-edge techniques like Doc2Vec and BERT for nuanced analysis. By leveraging supercomputing, it optimizes scalability, offering insights into evolving research priorities and funding trends.

Keywords: Financial Modeling, NLP, Federal Funding

Analyzing Airline Reviews for Customer Feedback
Using sentiment analysis and topic modeling, this project automates the analysis of customer reviews on Skytrax Airline Quality to uncover key insights for improving airline services. It aims to streamline feedback processing, providing airlines with actionable data to enhance customer satisfaction.

Keywords: Sentiment Analysis, Topic Modeling, Customer Feedback

Maternal Higher Education and Child Nutrition Status: Case of Uzbekistan
This research examines the impact of maternal education on child nutrition in Uzbekistan, using newly available datasets like UNICEF’s Multiple Indicator Cluster Surveys. It aims to highlight gender and education’s role in addressing malnutrition, informing governmental efforts to reduce disparities.

Keywords: Social Impact, Health Outcomes, Educational Data

Sentiment Analysis on Social Media Comments: Evaluating Public Perception for Reforms in Uzbekistan
This project analyzes public sentiment on Uzbekistan's recent reforms using social media data, providing insights into the population's reception of policy changes. It aims to inform future governmental actions by highlighting areas where reforms are well-received and where more engagement is needed.

Keywords: Sentiment Analysis, Policy Evaluation, Social Media

Spatial Bayesian Network for the Timely Identification of Contamination Events in Water Distribution Networks
By integrating multiple data streams such as water quality monitoring, public health reports, and system maintenance data, this project aims to enhance the detection of contamination events in water distribution networks. The proposed framework improves the surveillance and response capabilities for waterborne threats.

Keywords: Bayesian Networks, Contamination Detection, Water Safety

Deep Learning for Closed-Loop Communication Detection
This project aims to automate the detection of closed-loop communication (CLC) in team settings, using deep learning to enhance real-time feedback and improve team efficiency. By identifying CLC patterns, it seeks to optimize coordination and communication within various industries.

Keywords: Deep Learning, Communication Efficiency, Real-Time Detection

Rule-Based Detection of Closed-Loop-Communication in Multi-Parti Communication
The project focuses on creating a real-time system for detecting closed-loop communication in multi-party dialogues using rule-based methods, improving upon manual post-hoc analysis techniques. It aims to automate the identification of communicative events in complex conversations, enhancing dialogue systems.

Keywords: Rule-Based Systems, Multi-Party Dialogue, Communication Detection

Escherichia coli Predictions in the Upper Santa Cruz River
This project aims to improve predictive models for E. coli levels in the Upper Santa Cruz River, with the goal of better informing the surrounding community about water quality. By refining predictive accuracy, it hopes to contribute to environmental and public health efforts.

GitHub Repository

Keywords: Water Quality, Predictive Modeling, Environmental Health

Machine Learning for Phylogenetic Reconstructions
By integrating machine learning techniques, this project seeks to enhance phylogenetic reconstruction accuracy, optimizing tree search processes. The goal is to reduce computational complexity while maintaining precise evolutionary insights.

GitHub Repository

Keywords: Phylogenetics, Tree Search, Evolutionary Biology

Analysis of Online Course Performance and Activity Metrics
This project investigates the relationship between online student activity metrics and course performance, offering educators new insights into student engagement and learning outcomes. By analyzing data from platforms like D2L, it aims to enhance teaching effectiveness and student success.

Keywords: Educational Data, Student Performance, Learning Analytics

Identifying Environmentally Comparable Cities Across the Globe for Urban Evolutionary Ecology Research
This project aims to create a quantitative framework for comparing cities based on both human and environmental factors, advancing urban evolutionary ecology research. By understanding how urban features influence ecological patterns, it seeks to inform future urban planning and sustainability efforts.

Keywords: Urban Ecology, Comparative Analysis, Sustainability

The Color Palette of Neighborhoods
This project explores the color schemes of building facades in U.S. neighborhoods, analyzing the aesthetic and cultural insights that arise from these palettes. The findings can contribute to discussions around urban design and community identity.

Keywords: Urban Design, Color Analysis, Cultural Insights

Using Machine Learning Models to Support the Department's Student Admission Process and to Determine the most Effective Admissions Drivers
This project applies machine learning to streamline the admissions process by identifying key predictors of student success, reducing the manual workload for admission committees. It aims to improve the selection process while maintaining human oversight for complex cases.

Keywords: Machine Learning, Admissions Analytics, Predictive Modeling

Water Demand Dashboard for the City of Flagstaff, Arizona
This project aims to develop a predictive dashboard to help the City of Flagstaff manage future water use, based on current and projected consumption patterns. By providing real-time insights, it aids city planners in ensuring sustainable water resource management.

Keywords: Water Resource Management, Predictive Analytics, Sustainability

Effect of the Pandemic on Pollution Levels
This project compares pollution levels before, during, and after pandemic lockdowns, providing insights into the environmental impact of human activity reduction. The analysis seeks to quantify changes in air quality and other pollutant markers.

Keywords: Pollution Analysis, Pandemic Impact, Environmental Data

Applying Parallel Computing for Managing Customized Surveys Designed for Nested Mixed Method Study
This project leverages parallel computing to enhance the efficiency of processing survey data for a mixed-method study on insurgent governance, significantly reducing the time required to analyze large datasets. The use of parallelism improves the handling of complex, multi-dimensional data.

Keywords: Parallel Computing, Mixed Methods, Survey Data  

Systematic Review of Models Used for Clumped Isotope Thermometry
By evaluating various regression models, this project seeks to improve methodological accuracy in clumped isotope thermometry, providing insights into the robustness of models under different conditions. The findings contribute to better understanding of paleoclimate data.

GitHub Repository

Keywords: Regression Analysis, Thermometry, Paleoclimate Models

An Analysis of the 3D Shape of Cities
This project analyzes the 3D shapes of cities worldwide to explore how urban forms relate to regulatory policies and sustainable development. By leveraging global datasets, it contributes to the broader discourse on urbanization and city planning.

Keywords: Urban Analysis, 3D Modeling, Sustainability

The Effect of Type of Scientific Communication Method on Retaining Math Information
By investigating the effectiveness of different scientific communication methods, this project aims to identify the most impactful ways of retaining mathematical information, contributing to improved educational strategies. The study uses regression and visualization techniques to analyze trends across educational institutions.

Keywords: Scientific Communication, Education Analytics, Regression Analysis

Environmental Racism: Superfund Sites and Native American Reservations
This project examines the relationship between Superfund sites and Native American reservations, investigating potential environmental injustices and health risks. It aims to highlight disparities in environmental contamination and propose solutions for marginalized communities.

Keywords: Environmental Racism, Health Disparities, Data Analysis