MS in Geographic Information Science
Turn location data into real-world solutions
How can geographic data help us understand the world and solve complex problems? With an MS in Geographic Information Science from the University at Buffalo, you'll develop advanced skills in geographic information systems (GIS), spatial analysis, remote sensing and computer programming to investigate real-world challenges.
Whether your background is in geography, environmental science, technology or another field, this program prepares you to use geospatial data and technologies in research and professional settings.
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At UB, you'll learn from faculty with expertise in geospatial science and gain practical experience using geographic technologies to understand patterns, analyze data and solve problems.
As a graduate student, you'll benefit from:
- Advanced technical training: Build expertise in GIS, remote sensing, spatial analysis, statistics and programming.
- Faculty mentorship: Work closely with faculty advisers to shape your studies and develop your research interests.
- Applied learning: Gain experience through research, projects and potential internships that connect technical skills with real-world applications.
- Interdisciplinary opportunities: Apply geospatial methods to environmental, economic, urban and other geographic challenges.
Degree type: Master of Science (MS)
Field: Geographic Information Science
Instruction method: In person
Enrollment: Full time or part time
Program length: Approximately two years of full-time study
What makes this MS stand out?
The MS in Geographic Information Science combines the scientific foundations of GIS with advanced technical training and applied research. You'll learn to collect, process, analyze and visualize geographic information using geospatial technologies.
Your graduate training includes:
- Geographic information systems and spatial analysis
- Computer programming and GIS software development
- Statistics and quantitative research methods
- Remote sensing and geographic visualization
- Advanced electives in areas such as machine learning, environmental modeling and GIS database design
- A culminating research project, competency portfolio or thesis
The program provides opportunities to develop technical skills through applied research while working closely with faculty.
Through coursework and applied research, you'll develop the analytical and technical skills to work with geographic data and geospatial technologies.
By completing this program, you'll be able to:
- Describe basic statistical concepts and methods, including spatial statistics.
- Demonstrate effective oral and written communication skills, including referencing and citation typical for the field.
- Describe and use methods and software tools related to GIS and remote sensing.
- Demonstrate the ability to use a programming language, such as Python, R, JavaScript or MATLAB, to perform GIS and remote sensing operations.
- Apply GIS and remote sensing knowledge and technical skills to address a geographic problem.
The MS in Geographic Information Science gives you the opportunity to apply your technical skills through a project, competency portfolio or thesis. With guidance from faculty, you'll demonstrate your ability to investigate geographic questions and use geospatial methods to address real-world problems.
Research project
Apply GIS and spatial analysis methods to investigate a geographic problem. Your project demonstrates your ability to use technical skills, analyze information and communicate research findings.
Competency portfolio
Showcase your academic and technical development through a collection of work that includes research, an original application study and evidence of your professional skills and goals.
Master's thesis
Conduct original research under faculty supervision. You'll develop and defend a research proposal, complete your thesis and present your findings in an oral defense before your committee.
Faculty guidance
Work with a faculty adviser and supervisory committee as you develop your culminating experience. Your committee provides guidance, evaluates your work and helps ensure you meet program expectations.
Geospatial technologies are used across industries to analyze patterns, manage resources and support informed decisions.
Depending on your interests and experience, you may pursue opportunities in:
- Geographic information systems and geospatial technology
- Spatial data analysis and visualization
- Remote sensing and environmental monitoring
- Urban and regional planning
- Transportation and infrastructure analysis
- Government agencies, research and consulting
The degree also provides a foundation for doctoral study and advanced research in geographic information science and related fields.
Ready to build advanced skills in geographic information science? Learn more about admission requirements, connect with our department and discover how this program can support your goals.
Have questions about the MS in Geographic Information Science, admissions or preparing for graduate study? We're here to help.
For more information on this graduate program, please send an email with your request to geog@buffalo.edu