Geographic Information Science

Program Overview

Geographic Information Science

College

College of Arts and Sciences

Department

Geography

Major

Geographic Information Science BS

The Geographic Information Science (GIS) program at the University at Buffalo (UB) is designed for students who are curious about our planet and enjoy using software and technology to think about where things happen. As a GIS major, you will learn how to study and produce maps, and how to collect, process, and interpret geospatial information.

What will I learn?

As a GIS major, you will take foundational classes in subjects like maps and geography, with a bit of math and computer science. You will then move on to electives based on your specific interests. You will also get hands-on training in software and technology used by potential employers while studying problems related to the environment, health, cities, and other topics.

What can I do outside of class?

At UB, you can do an internship to build your professional network while getting valuable experience. Students can work with UB faculty on research projects, which is another great way to build relationships and gain new skills. UB also has hundreds of student clubs where you can make friends and have fun. We host events throughout the year, where you can meet well-known guest lecturers and explore common interests. And if you love to travel, we encourage you to study abroad.

• Internships
• Student Clubs
• Events
• Study Abroad

What can I do with a geographic information science degree?

As a GIS graduate, you might find yourself developing new geospatial technology for the government. You may be transforming photographs into three-dimensional models for a tech company. Or, like one of our grads, perhaps you'll work for Amazon to help design a satellite system that can provide high-speed Internet to underserved communities worldwide. Regardless of what you decide, one thing is clear: UB grads have choices.

This degree provides opportunities for a career with a government agency (including federal agencies, state organizations, and local planning offices), a university, a nonprofit organization, or a business (such as a consulting company or real estate developer).

Popular career choices include:

• GIS analyst
• Cartographer
• Geospatial data scientist
• GIS software engineer
• Computer analyst
• Crime analyst
• Demographer
• Ecologist
• Environmental scientist
• Geomorphologist
• Health care analyst
• Market research analyst
• Meteorologist
• Natural resource manager
• Urban and transportation planner

Who will I learn from?

Our faculty members are respected scholars and researchers who have received support from the National Institutes of Health and National Science Foundation, as well as other government agencies and companies. In addition, they have been named SUNY Distinguished Professor and earned the SUNY Chancellor's Award for Excellence in Scholarship and Creative Activities. They have been quoted in "Forbes," "New York Magazine," and other leading media outlets.

But perhaps most importantly for you, our faculty members are teachers and mentors who bring real-world experience to the classroom and are here to help guide you along your path.

Program Outline

Geographic Information Science BS Program - University at Buffalo

Degree Overview:

• Program Description: This program focuses on the study and production of maps, collection, processing, and interpretation of geospatial data (data linked to specific locations).
Students will acquire foundational knowledge in maps, geography, mathematics, and computer science, followed by electives based on their interests.
• Objectives:
• Equip students with the skills to analyze and interpret geospatial data.
• Train students in software and technology used by potential employers.
• Enable students to address real-world issues related to the environment, health, cities, and more.
• Highlights:
• Hands-on training in software and technology.
• Opportunity to work with UB faculty on research projects.
• Internship opportunities to gain professional experience.
• Study abroad options.

Outline:

• Program Structure:
• Foundational coursework in maps, geography, mathematics, and computer science.
• Elective courses in various areas of specialization like remote sensing, geographic data analysis, environmental modeling, GIS application development, and geographic information visualization.
• Culminating experience project or internship.
• Course Schedule: Detailed course schedule not provided in the context.
Contact the program directly for specific information.
• Modules: Detailed information about individual modules not provided in the context.
Contact the program directly for specific information.

Assessment:

• Assessment Methods: The program likely uses a combination of methods to assess student learning, including:
• Exams and quizzes
• Projects and assignments
• Presentations
• Participation in class discussions
• Capstone project or internship evaluation
• Assessment Criteria: The specific criteria used to evaluate student work will vary depending on the assessment method.
However, criteria will likely focus on:
• Accuracy and completeness of analysis
• Effective use of geospatial data and technology
• Clear and concise communication of findings
• Critical thinking and problem-solving skills

Teaching:

• Teaching Methods: The program likely uses a variety of teaching methods, including:
• Lectures
• Seminars
• Hands-on labs
• Group projects
• Case studies
• Faculty Expertise: Faculty members are respected scholars and researchers specializing in areas like modeling the environment, remote sensing, and human interactions.
They have received funding from prestigious organizations and awards for their contributions.
• Unique Approaches: The program emphasizes real-world applications and prepares students for professional careers in GIS.

Careers:

• Career Paths: Graduates can pursue careers in various sectors, including:
• Government agencies (federal, state, local)
• Universities
• Non-profit organizations
• Businesses (consulting, real estate development)
• Popular Career Choices:
• GIS analyst
• Cartographer
• Geospatial data scientist
• GIS software engineer
• Computer analyst
• Crime analyst
• Demographer
• Ecologist
• Environmental scientist
• Geomorphologist
• Health care analyst
• Market research analyst
• Meteorologist
• Natural resource manager
• Urban and transportation planner

Other:

• Student Engagement: The program offers opportunities for students to engage in research projects, internships, clubs, and events.
• Travel Opportunities: Students can take advantage of study abroad programs to expand their horizons.
This program provides a comprehensive and intensive understanding of GIS, offering students the knowledge and skills to thrive in a variety of careers. For further details and specific requirements, contact the University at Buffalo's Geographic Information Science program directly.