Geospatial engineering combines principles of engineering, geography, and surveying to collect, analyze, and manage spatial data. Geospatial engineering involves surveying. Over time, the field of ...

Abstract: Modeling and simulation (M&S) support both training and command and control (C2) activities in militaries worldwide. Both functions suffer from lack of standardized M&S access to diverse ...

Geospatial Information Systems (GIS) have transformed the way we capture, store, and analyse spatial data by integrating methods from computer science, statistics and geography. Central to GIS is the ...

In many ways, “doing more with less” is the mantra of city government, and in the modern smart city, more cities are trying to pull more analytic power and utility out of existing systems. One ...

Faced with growing legislative and consumer demands for change, industry executives and governments are looking for ways to make a difference and address issues surrounding climate change. In fact, ...

From a practical lens and audience-first perspective, the featured program reveals how modern approaches in geospatial analysis turn information into tangible results for places and people.

GIS has always suffered from a crisis of identity. Indeed, some still argue over the acronym itself. Perhaps it is our need to distinguish ourselves from other technologists. After all, our knowledge ...

A geomatics engineer has broken down why many utility databases fail, how QA/QC changes everything, and what Ghana’s power ...

Radarsat 2 with a C-band synthetic aperture radar instrument was launched in 2007. Credit: Canadian Space Agency artist's concept SAN ANTONIO, Texas — DigitalGlobe announced plans June 5 to augment ...