Program Overview

Geomatics Engineering

Geomatics engineering integrates elements of surveying, mapping, and remote sensing technologies to collect, process, and interpret spatial information about the Earth in precise detail.

Program Overview

Oregon State geomatics researchers develop many tools for industry, government, and the public. For example, O-HELP provides instantaneous analyses of the impact of a major earthquake anywhere in Oregon. Other technology developed here allows engineers to assess landslide risk and erosion along the Oregon coast.

Undergraduate Programs

Students who complete Oregon State's geomatics curriculum acquire a powerful combination of technical expertise and practical, experiential knowledge that many employers seek.

Degree Types

• Minor

Locations

• Corvallis

Research Areas

Our geomatics expertise supports construction, enhances transportation safety, and assesses earthquake risks, making us a go-to resource for government and industry.

Research Focus

• Geotechnical: Engineering the interface between the natural and built environments
• Construction: Design and construction of infrastructure projects
• Geomatics: Research and education in geomatics for civil engineering and other fields

Geomatics Research

We have developed tools that improve understanding of earthquakes, coastal erosion, transportation efficiency and safety, and more.

• Identifying coastal highway risks: erosion, landslides, storm surge, sea level rise
• Ensuring ADA-compliant curb ramps for safe access for people with disabilities
• Using lidar, our researchers create models that transform built environment management
• Using lidar to update nautical charts in areas too shallow for safe boat operation

Modernizing Geospatial Infrastructure

Chris Parrish leads an ambitious project to modernize and improve NOAA's National Spatial Reference System.