MS in Computational Earth Science
Computational approaches to Earth Science
The MS in Computational Earth Science helps address complex Earth system challenges using advanced computational techniques. Designed for students with backgrounds in Earth science or computer science, the program integrates domain knowledge with quantitative and computational methods to analyze, model and interpret geoscientific systems.
On this page:
- Interdisciplinary program combining Earth science and computational training
- Open to students with backgrounds in Earth science or computer science
- Hands-on experience with data analysis, modeling and simulation
- Flexible pathways with both thesis and project track options
- Focus on skills aligned with high-demand workforce needs
NASA Goddard Space Flight Center
- The need for professionals skilled in Earth sciences and computational research is skyrocketing, with growth expected to accelerate in the coming years.
- Graduates are well-positioned for roles in industry, government, national laboratories, or academia, including doctoral programs in Earth sciences or computational fields.
- Gain practical experience working with Earth science data and computational techniques.
- Formulate mathematical, physical and statistical models for Earth science problems
- Apply computational techniques to analyze and solve geoscientific challenges
- Conduct numerical experiments, simulations and data-driven analyses
- Quantitatively assess geoscientific data and interpret Earth processes
- Develop problem-solving, critical thinking and scientific communication skills
Thesis track
Best for those interested in research/doctoral study
- Conduct in-depth, original research under the guidance of a faculty advisor
- Develop a formal thesis proposal outlining research objectives and methods
- Build strong preparation for PhD programs and research-focused careers
Project track
Best for students seeking professional preparation
- Complete a supervised project focused on a specialized topic in computational Earth science
- Apply computational and analytical techniques to real-world problems
- Gain experience aligned with industry, government or technical roles
Graduates of the MS in Computational Earth Science are prepared for:
- Roles in industry applying data analysis and modeling to Earth systems
- Positions in government agencies and national laboratories
- Careers in environmental, energy and geospatial sectors
- Doctoral study in Earth sciences, computational science or related fields
