After six months of building data science skills in the classroom, the Capstone Project gives students the opportunity to work on a real environmental problem before they graduate. 

As the culminating experience of the MEDS program, students work with a partner organization to advance its environmental work through data science. Projects take many forms depending on the client’s needs, from analysis and reporting to visualizations and tools.

Through the Capstone, students practice the work of an environmental data scientist: collaborating with a team, shaping project goals, working with complex datasets, building reproducible workflows, creating useful visualizations and tools, documenting processes, and presenting results to a public audience.

By the end of the project, students will have contributed to work that matters and created a polished, real-world example of their abilities. For many MEDS students, the Capstone becomes a defining part of their professional story and a bridge between graduate school and the next step in their career.

Is your organization interested in partnering with Bren? Learn how to submit a Capstone Project proposal. 

Partner with Us       VIEW ALL MEDS CAPSTONES

What to Expect as a Student

Once Capstone projects are selected, MEDS students review the available projects and submit their preferences. Students are then assigned to teams of 3–4 based on their interests.

Each team works with a client, a UCSB faculty advisor, and the MEDS Capstone Project Course sequence, EDS 411A/B. The course structure supports teams as they move from project scoping to implementation, documentation, and final presentation.

Through the capstone project, students gain professional experience in fostering collaborative group dynamics, designing and implementing strategies, engaging with stakeholders, writing technical documentation, public speaking, and developing data science products that are reproducible and robust.

Timeline

  • Fall Quarter (September – December): The Bren School Capstone Project Committee selects the projects and assigns groups based on preferences.
  • Winter Quarter (January – March): Students enroll in EDS 411A and begin to refine project objectives, review datasets, and develop a design and implementation plan. At the end of the quarter, students present their design plan to Bren School faculty before beginning data analysis and processing.
  • Spring Quarter (March – May): Students enroll in EDS 411B and implement their design plan. During this quarter, students complete their data science deliverable(s), project repository, and technical documentation, then present their findings to the public, client, and Bren community.

Past MEDS Capstone Projects

MEDS students and their project partners are tackling global environmental problems with data-driven solutions. A handful of capstone projects are featured here. Explore all current and past MEDS capstone projects in the project directory.

VIEW ALL MEDS CAPSTONES

 

Wildfire among pine trees

Turning Data into Action. An R Package for the Wildfire Resilience Index

Wildfires are an increasing threat in the western U.S., and understanding community and ecosystem resilience is critical for reducing risk. This project will create an open-source tool that makes wildfire resilience data easier to access and use, helping researchers and practitioners support better preparedness and recovery.

Fisherman boat on the sea with birds behind during sunset

Quantifying Greenhouse Gas (GHG) Emissions Associated with Global Seafood Production

This project harnesses high-resolution satellite data to uncover the greenhouse gas emissions of global fisheries, a major yet understudied contributor to climate change. By building an open-source data pipeline and interactive dashboard, it provides actionable insights for research, policy, and market-based strategies to reduce emissions at scale.

Identifying Priority Survey Sites for Early-Season Milkweed Conservation

The Santa Barbara Botanic Garden is restoring monarch butterfly habitats in the Los Padres National Forest. Using habitat models and accessibility tools, the team identified key areas for milkweed planting to support monarch populations and streamline future surveys.

Teamwork engineer wearing safety uniform standing crossed arms at wind turbine

Modeling the Impact of Decarbonization on Labor in California’s Central Coast

This project maps the shifting energy job landscape on California’s Central Coast as offshore wind development accelerates. By visualizing job gains and losses, it empowers labor, environmental, and community groups to advocate for a just transition to clean energy.

Are you ready to solve environmental problems?

Request more information, get to know the Bren School, and start planning your application today.