Institute for Satellite Geodesy and Inertial Sensing
Research & development
Institute for Satellite Geodesy and Inertial Sensing
The institute for satellite geodesy and inertial sensing aims at deploying quantum mechanical phenomena in navigation and earth observation. One of our main activities is to harness cold and ultracold atoms to develop precise sensors and optical clocks. Additionally, we work on simulations of complete systems and improved data analysis tools.
Institute for Satellite Geodesy and Inertial Sensing
Earth observation is one of the most important tools for understanding climate change, assessing countermeasures, identifying future developments at an early stage, and providing necessary, local, targeted support. The Institute for Satellite Geodesy and Inertial Sensing is primarily dedicated to research and development of new ways to observe the Earth's gravitational field. The institute therefore sets itself the following goals:
Acquisition and processing of high-precision data for the observation of climate change
Development of new sensor technology for the improvement of gravity field data
Establish laser ranging systems for use in gravity field missions
Creation of global reference systems for space and time based on (ultra-) cold atoms
Simulation of the environmental influence on the quality of Earth observation measurements
What specialities are we looking for?
Physics
Mechanical engineering and similar, e.g. production engineering, aerospace engineering
other engineering degree programmes, in particular electrical engineering and information technology
Quantum engineering or similar new degree programmes
Another focus of the institute is the development of quantum optical systems for inertial sensing. These are deployed in Earth observation missions, but, primarily, for navigation in GNSS denied areas:
Development of new quantum optical navigation systems for navigation without GNSS
Investigation and adaptation of sensor technology for use on satellites and in exploration
