Earn College Credit. Explore Geospatial Technology. Shape the Future.

The High School GIS Certificate is a 9-credit-hour college credential that allows high school students to earn college credit while exploring one of today's fastest-growing technology fields: geospatial science.

Offered through a unique partnership led by the University of Missouri–St. Louis (UMSL) in collaboration with  Saint Louis University (SLU), Harris-Stowe State University (HSSU), and Lindenwood University, this program creates an early pathway from high school to college and future careers in geospatial technology, GIS, remote sensing, mapping, data science, and geospatial intelligence (GEOINT).

Students must successfully complete three courses (9 credit hours) to earn the High School GIS Certificate.

Certificate Information

Required Courses (6 Credits)

University of Missouri–St. Louis (UMSL)

GIS 1000: Exploring Geospatial Thinking and Technology (3 credits)

Lindenwood University

GEO 20400: Remote Sensing (3 credits)

Select One Additional Course (3 Credits)

Option 1: Saint Louis University (SLU)

GIS 2010: Introduction to Location Science

Option 2: Harris-Stowe State University (HSSU)

GEOG 0401: Geographic Information Systems


College and Career Pathways

This certificate serves as a stackable credential that can support future study in:

  • GIS and Geospatial Science
  • Geomatics
  • Remote Sensing
  • GeoAI and Data Science
  • Environmental Science
  • Civil Engineering
  • Urban Planning
  • Computer Science
  • Geography
  • Public Safety and Emergency Management

Credits may apply toward future degree and certificate programs according to institutional transfer policies.

Professional Engagement Opportunities

Students may have opportunities to participate in:

  • Guest lectures from industry professionals
  • Geospatial career exploration activities
  • Internship pathway briefings
  • Applied geospatial projects 
UMSL Student sitting in a computer lab classroom looking at a map

Why Geospatial?

Geospatial technologies help answer important questions such as:

  • Where is something happening?
  • Why is it happening there?
  • How can location-based data improve decision-making?

Today, geospatial technologies support numerous industries, including:

  • National security and defense
  • Emergency management
  • Environmental monitoring
  • Transportation and logistics
  • Urban and regional planning
  • Agriculture and natural resources
  • Infrastructure and utilities
  • Public health
  • Data science and artificial intelligence

Want more information?

Contact Us:

UMSL Advanced Credit Program (ACP)

Bradley Griggs
High School GIS Certificate Coordinator
acp@umsl.edu or mgvd8@umsl.edu 
314-516-7005

UMSL Geospatial Collaborative

Dr. Reda Amer
Director, UMSL Geospatial Collaborative
University of Missouri–St. Louis
reda.amer@umsl.edu
314-516-4838