Skip to main content
School of Global Policy and Strategy School of Global Policy and Strategy
Satellite view of topography of land and blue/teal swirling water, dappled with clouds

Certificate in Spatial Analysis

Geographic Information Systems (GIS) and satellite remote sensing have triggered a rapid expansion of spatial analysis in academia and private, nonprofit and government sectors. GPS researchers are at the forefront of mobilizing these tools, with applications ranging from creating early warning systems for infectious disease, to mapping groundwater use in California’s Central Valley to using satellite imagery to research data-starved contexts like North Korea. The Certificate in Spatial Analysis helps graduates signal deep familiarity with both GIS and remote sensing, not only for data processing and visualization, but also for analyses applied to settings such as disaster management, public health, urban growth, environmental science and conflict analysis.

Program Overview

GPS’s Certificate in Spatial Analysis is awarded to students who have attained three cutting-edge sets of skills – manipulation and analysis of geospatial data, satellite remote sensing, and data science methods for spatial data. These tools are applicable across a broad range of private and public thematic settings, and are an increasingly important lens through which to understand the world and model future scenarios. Students also work on individual research or policy projects which deepen their mastery of these tools in thematic areas of their professional interest. GPS is unique among policy schools in offering such depth in this particular set of skills.

The course sequence provides close contact with faculty who are active in conducting spatial analysis. Many students are also able to join faculty projects as research assistants and benefit from involvement in high-quality spatial research in topics across the social sciences. Students prepare final projects in all classes in the sequence, which are often used by graduates as writing samples for job applications.

The program certificate is open only to current graduate students at UC San Diego (including graduate students outside GPS). The certificate will not show as part of a formal transcript, rather it is a document you can provide to potential employers or program advisers. You can list it on your resume, CV and applications, documenting that you have developed state of the art skills in spatial analysis.

Questions? Contact Professor Gordon McCord, director of the Certificate in Spatial Analysis program.

Curriculum

In order to earn the certificate, students must complete the following courses with a grade of B or better. 

Fall: GPEC 443 - GIS and Spatial Data Analysis

Winter: GPEC 444 - Advanced GIS and Remote Sensing

Spring: GPEC 447 - Data Science Approaches to Spatial Analysis

In the News

New Dashboard Helps Predict and Plan for Disease Outbreaks
Developed by UC San Diego with UNICEF and New Light Technologies, the tool helps Peru and Brazil anticipate dengue and malaria, plan resources and lay the groundwork for global expansion.

An education built for a data-driven world
GPS’s curriculum is rooted in data analysis, equipping international affairs and public policy students with the skills that top employers are looking for.

Quantitative skills know no bounds, or borders
GPS students Teresa Yacamán (MIA ‘25), Benjamín Castro-Martinez (MIA ’25), Roberto Hernández Rodríguez (MIA ‘25), Minh-Nam Pham (MIA ’24), Daniel Gomar (MPP ‘24) worked with the school’s SDG Policy Initiative to create a data dashboard about progress on humanitarian and environmental issues for Baja California, which they presented to state officials.

Researchers Use Satellite Imaging to Map Groundwater Use in California’s Central Valley
Prof. Morgan Levy uses satellite data to reveal variability in intensity of groundwater use for different crops, a boon for irrigation policymaking across the state.

Mapping a cleaner San Diego
Sebastian Sarria, MPP ‘20 models the fight for clean energy at the City of San Diego, utilizing his GIS expertise to work on the city’s Climate Action Plan.

Faculty & Research Groups

Emily Aiken

Michael Davidson

Morgan Levy

Gordon McCord

SDG Policy Initiative: The SDG Policy Initiative engages in numerous programs that put the SDGs into action to guide and measure progress at all levels of government. From decarbonization plans and policies for San Diego and the United States to helping the government of Paraguay implement the SDGs as a framework for sustainable growth to designing sustainable land-use tools for Mexico and the United States, the SDG Policy Initiative works to help achieve the ambitious goals of the SDGs with evidence-based solutions.

Projects by GPS Students and Alumni/ae

Mapping the Intersection of Poverty, Race and COVID-19” by Laura Nóra

Using Open-Source Data to Track School Access in Africa” by Michael Andrews

Applications for Remotely Assessing Water Quality for Sustainable Development in Paraguay” by Elise Hanson

Land Use Policy for a More Sustainable San Diego” by Joe Bettles

The Spatial Distribution of Air Quality and its Impacts on Health and Infant Mortality in Paraguay” by Joshua Zajdel

Geospatial Methods to Reduce Maternal Mortality in Paraguay” by Kyle Hurst

Randomization Inference with Rainfall Data: Using Historical Weather Patterns for Variance Estimation,” by Alicia Dailey Cooperman in Political Analysis

North Korea by night: satellite images shed new light on the secretive state,” by Travis Pope and Professor Stephan Haggard in The Guardian

High Spatial Resolution Visual Band Imagery Outperforms Medium Resolution Spectral Imagery for Ecosystem Assessment in the Semi-Arid Brazilian Sertão,” by Alexis Rivera Ballesteros and co-authors in Remote Sensing