Spatial Computing and 3D-Technologies, FHNW School of Computer Science

Spatial computing is about calculating the space around us in real time based on a combination of cameras and sensors, often in 3D. In this area of expertise, we focus on the creation, processing and interaction with spatial information and three-dimensional digital environments. The goal is often (but not exclusively) to intelligently connect real and virtual spaces, make them accessible and bring them to life.

• Spatial computing: linking spatial data with digital systems for navigation, spatial perception or context processing – e.g. in augmented reality applications or for space-related assistance systems.
• 3D representation: generation of realistic or abstract 3D representations, simulation of physical processes and design of virtual environments for research, teaching, art and interaction.
• 3D interaction & interfaces: Development of intuitive control methods for navigation and manipulation in 3D environments, such as gestures, speech or eye tracking.
• Computer Games & Serious Games: Conception and implementation of interactive 3D applications with educational or training purposes – including for education, simulation, rehabilitation or safety training.