BAAS in Geographic Information Systems
Overview
The Bachelor of Applied Arts and Sciences in Geographic Information Systems (GIS) is a hands-on, student-focused program that is designed to inspire, captivate, and prepare you for your future career in any related field or industry. Geographic Information Systems are computer-based systems used for recording, storing, analyzing, and displaying spatial/geographic data. GIS shows a myriad of different types of data and displays spatial statistics in order to draw specified conclusions. In essence, GIS is storytelling by way of geography instead of books.
Program Benefits
- Preparation for the competitive job market
- Hands-on training
- Excellent faculty mentorship
- Online program
Courses
Learning Outcomes
- Critical Thinking: Students will be able to identify, and spatially conceptualize a problem, and logically argue for the use of geospatial techniques in addressing the problem.
- Technology: Students will demonstrate skill in the use of GIS related software and related research databases and equipment.
- Data Analysis: Students will demonstrate skill in using standard GIS data analysis techniques.
- Research Skills: Students will demonstrate skill in using basic GIS research methodologies.
Career Outcomes
- Energy and Utilities
- Real Estate and business
- Urban development and city management
- Public Health and health science
- Wildlife services and environmental management
- Military and intelligence
Credit for Prior Learning
Credit for Prior Learning (CPL)
- Scholarships: Discover our Career Enrichment Scholarship for a steady, affordable education. The Fixed-Price Degree Scholarship keeps costs constant, covering the difference to ensure your cost will be, at most, $200 per credit hour for five years after you start your degree. Secure your education with confidence.
Frequently Asked Questions
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Geographic Information Systems (GIS) is a technology and field of study that focuses on capturing, storing, analyzing, and visualizing spatial (location-based) data. In simpler terms, GIS helps people understand where things are, what they are like, and how they relate to each other in space.
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Graduates work in fields like urban planning, environmental science, transportation, public health, emergency management, natural resource management, and data analytics.
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Demand is strong across government, environmental, and tech sectors, driven by the increasing use of geospatial data in decision-making.
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Core topics often include remote sensing, spatial analysis, database management, programming, geography, and data visualization.
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Common platforms include ArcGIS Pro, ERDAS Imagine, Google Earth Engine, and programming tools like Python or SQL.