Projects

DSPG Projects Uncover Actionable Insights

The Data Science for Public Good (DSPG) program welcomes projects that focus on community-centered research questions; involve the use of data analytics, data visualizations, or AI; and consist of experiential learning or other student learning components. Through our ten-week summer experiential program integrating the expertise of professional staff in the Community and Economic Development Extension Office with the skills of undergraduate and graduate students at Iowa State University, DSPG projects involve:

  • Assistance in the data collection and processing phase
  • Producing data analytics on community-related data
  • Developing dashboards and maps that represent community data
  • Prototyping software tools and AI models

DSPG is dedicated to equipping the next generation of data analysts with the critical thinking and technical skills needed to address complex societal challenges in a data-driven world. By applying their expertise to community-focused projects, students contribute to areas such as housing, food systems, socioeconomics, and data accessibility.

To learn more about projects DSPG teams have completed, keep reading below!

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DSPG Disclaimer: Please note that the data and results presented are student work. While the students strive to be as complete and accurate as they can, this is also a learning internship and therefore errors may exist. Following these student presentations, faculty and staff review the data, scripts and results before use in final publications.

Building Resilience: Analyzing Civic Infrastructure as a Community Compass

Community Development | 2025

The Community Capitals project seeks to explore the relationship between community capital indicators and the overall condition of communities in Iowa, aiming to identify strengths, weaknesses, opportunities, and gaps within these communities. The main work focuses on major events such as natural disasters, job losses, new job creation, school closures, and new opportunities for tourism and healthcare. The study seeks to identify the most relevant community capitals, trends over time, and the impact on community resiliency, by analyzing correlations between various indicators and comparing quantitative data with some qualitative insights.

From Classroom to Career: The Status of STEM in Iowa

Education, Workforce | 2025

Despite the recognized importance of STEM initiatives, there remains a lack of comprehensive and actionable data on the availability and distribution of STEM resources within Iowa communities. It is unclear how extensive these resources are and how effectively they can be mobilized to support STEM education development. Additionally, a deeper understanding is needed of the factors influencing students’ decisions to pursue STEM education in Iowa, such as access to local job opportunities, educational infrastructure, participation in science fairs, and extracurricular programs. This project seeks to address these gaps by developing a centralized, user-friendly data repository along with visualization tools that present clear and contextual information. These resources will serve Iowa’s policymakers, educators, advocates, and community stakeholders by informing strategic decisions, guiding investments, and supporting targeted policy interventions to strengthen STEM education throughout the state.

AI for Community and Housing Development

Community Development | 2024

The Housing and AI project team built a tool to help bring Artificial Intelligence to housing and community development with the goal of making the most up-to-date data available and easily accessible for housing and communities to make better-informed decisions. The tool makes use of a large language model to help answer different questions about housing and community problems, backed by the data. It would potentially help community planners, builders, and policymakers involved in housing and community development.

Healthy Community Capitals

Community Development | 2024

The Community Capitals project explored the relationship between community capital indicators and the overall condition of communities in Iowa, aiming to identify strengths, weaknesses, opportunities, and gaps within these communities. The main work focused on major events such as natural disasters, job losses, new job creation, school closures, and new opportunities for tourism and healthcare. The study sought to identify the most relevant community capitals, trends over time, and the impact on community resiliency by analyzing correlations between various indicators and comparing quantitative data with some qualitative insights.

Iowa Zoning Guide: An Inventory Analysis of Iowa's Communities

Community Development | 2024

The lowa Zoning Guide project is a comprehensive, interactive mapping effort that displays housing-related zoning regulations by district for 327 lowa cities. The project collected and analyzed data on several socioeconomic factors influencing housing in these cities. Our website developers then used the data to build the Online Guide to lowa Zoning map, providing comprehensive insight into the factors affecting the production and preservation of housing across lowa.

AI-Driven Housing Evaluation for Rural Community Development

Community Development | 2023

The absence of a comprehensive assessment of housing quality in rural areas of Iowa hinders resource allocation and negatively impacts residents' well-being and economic growth. Evaluating existing housing conditions is subjective and lacks thorough investigations due to limited resources. To address these challenges, an AI-driven approach was proposed. By utilizing web scraping and AI models, housing features could be categorized as good or poor quality, enabling targeted investment strategies, and directing financial resources where they are most needed. This project aimed to eliminate biases, streamline housing evaluations, and inform decision-making for rural housing investment and development initiatives.

Data-Driven Insights for Local Food Markets: AI, Pricing, and Crop Flow

Food Systems | 2023

This project focused on enhancing local food markets by providing valuable insights and optimizing the crop flow. It involved creating a comprehensive map showcasing the prices of eggs and bacon across counties, developing web-scraping spiders for data collection, and demonstrating their effectiveness with a specific crop example. Additionally, the project aimed to optimize the crop flow from supply to demand, maximizing overall profit through AI algorithms that consider factors like transportation costs.

Using Data to Inform Decision Making for Rural Grocery Stores

Community Development, Food Systems | 2023

This DSPG project aimed to develop a tool to provide its users with information on opening, inheriting, and operating a grocery store in their preferred rural location. The DSPGGrocery package, which hosts the calculations for the project, is hosted on an R Shiny application to perform dynamic calculations based on user-given input to estimate revenues and costs for opening a grocery store in a particular location.

WINVEST (Walking Infrastructure Investigation)

Community Development | 2023

The DSPG Summer 2023 students worked on a collaborative project as part of the education and outreach component of DSPG. This project partnered with Council of Governments (CoGs), serving selected communities to provide on-the-ground data in neighborhoods to accurately assess and map community infrastructure features in order to identify multiple projects appropriate for CDBG infrastructure funding. DSPG students utilized map collection technologies (smartphones and Global Positioning Systems app) to inventory neighborhood infrastructure and overlay this site-level data with other community attributes as part of the deliverable for this project.

Beginning Farmer Asset Mapping

Food Systems | 2022

This project formed as a need to aid beginner farmers in making the right choices for their farming practices through an interactive application. Through research on specialty crops, soil information and climate data, the project aims to display pertinent farming factors in relation to one another to provide feasible options for beginning farmers. Using leaflet and Tableau, created a dashboard that would dynamically update information to match location and specialty crop information. We hope that this project serves as the foundation for getting farmers setup on their next farming journey.