Bachelors in Geoinformatics in Basics of Mathematics Digital Terrain Models English Language for Foreigners b/I Geodesy Introduction to Geography Introduction to Geoinformatics Physical Education A Principles of Informatics

The degree offered at the University of Pretoria is comprehensive. Students are familiarised with the fundamentals of geographic information and technologies, geospatial statistics, informatics (database management, scripting using various languages), introductory ethics and business economics, geography and environmental science, geodesy, remote sensing and cartography.

Otago's unique Applied Science degrees link the excitement of science and the power of technology with the challenges of business. Applied Science programs help graduates to become innovative thinkers with an entrepreneurial spirit, the very attributes successful New Zealanders are well-known for. As a graduate you'll be in better control of your career, able to contribute to the success of any organisation. And if innovation attracts you, an Applied Science degree combined with work experience will provide the right background if you decide to start your own business.

Geomatics Engineers serve society by collecting, monitoring, archiving, and maintaining our national spatial infrastructure. Geomatics systems include real property boundary determination, aerial and digital mapping, land and geographic information systems (LIS/GIS), geodesy and geodetic surveying (GPS), remote sensing, environmental and resource mapping, Geomatics applications programming, project management, route design, and construction location. While learning how to use a vast array of Geomatics tools a solid theoretical grounding prepares you for a recession-proof Geomatics engineering career.

Create and use digital maps to assess and solve complex, real-world problems. Learn to use geographic and spatial data to analyze characteristics and build visual representations of the Earth’s surface.

Prepare to strategically solve real-world problems and come up with cutting-edge solutions through a combination of technology and business skills. You’ll learn the nature of geographic data while recognizing the appropriate applications of GIS technology to solve spatial issues.

The Department of Geographic Information Science is developed from a research office which was set up in 2001. In 2006, the Department of Geographic Information Engineering was established, which was renamed the Department of Geographic Information Science in 2012. Accordingly, we established the undergraduate programs of Geographic Information System, Geographic Information Science, and Geospatial Information Engineering in 2000, 2012, and 2019, respectively.

The Geographic Information Science major is an opportunity to prepare students for a computer-based geospatial technology profession. This exciting field integrates computer skills, modeling skills, and a desire to work outside into a high demand career choice.

In the wide-open landscape of rural Colorado, a group of students gathers data about food deserts. The topic is part of their class focus on food and place. They are studying how humans impact the landscape and how the landscape shapes people’s lives. These students can tell you that geography is far more than examining maps and locations.

Prepare for an exciting career in the growing field of geospatial technology. UMM is the first public university in Maine to offer a four-year program in Environmental Geographic Information Science.

The study programme provides a complex education in the field of Geographic Information Systems (GIS) and Remote Sensing (RS) and the use of these techniques for environmental protection and management, with a special focus on the current topics of water and drought in the landscape and protection of biodiversity under the condition of a global climate change.