DTU Space history dates back to the 1960s. The institute today includes research groups originating from DTU and the former Danish Space Research Institute, National Survey and KMS.

The National Space Institute (NSI) at the Technical University of Denmark (DTU) – known as DTU Space - was established in 2007 from the merger of the independent Danish National Space Center (DNSC) with research groups from DTU.

Today the Institute is lead by director Henning Skriver.

The merger was the result of a government decision to reorganize Danish research institutions by integrating independent governmental laboratories into the university structure.

This decision came two years after another less extensive reorganization, which had established the Danish National Space Center by merging the Danish Space Research Institute (DSRI) with the geodetic and geodynamic research groups at the National Survey and Cadastre (Kort & Matrikelstyrelsen, KMS), as a consequence of a general National Committee decision to separate the research units from the government agencies.

The DSRI had existed as an independent research institute since the establishment of the European Space Research Organization (ESRO), which later became the core of the European Space Agency (ESA). A core mission of the DSRI was to ensure a scientific return on the Danish ESA membership by developing instrumentation for missions in the mandatory science program. Since access to data from missions in the ESA Science Program is contingent on instrument contribution, the instrument development activities of DSRI ensured Danish researchers access to unique scientific data. This is a key national role which DTU Space now carries forward.

Another key national role, which derives from the inclusion of the research groups from the National Survey and KMS, is to provide the research basis for a geodetic reference system for the Kingdom of Denmark  (Denmark, Greenland and the Faroe Islands). Hence, a substantial part of the geodetic research activities at DTU Space are related to this task.

The space activities at DTU were mainly concentrated in two sections at the Electrical Engineering Department of DTU. One section was dealing with research in microwaves and remote sensing starting in the late 1960s/early 1970s. Based on the activities related to sensors, additional research was initiated focusing on data processing, interpretation methods and applications.

The other section dating back to the 1980s specialized in measurements and instruments for space research leading to the instrument and key technological platform for the Danish research satellite Ørsted. This included a star tracker navigation system. This led to further development into magnetic and optical sensors now implemented in several international space missions. Examples of recent projects with DTU Space technology included are NASA's Juno mission, ESA's ASIM-mission (2018) and NASA's Mars 2020 mission that landed succellsfully on Mars 18 february 2021.


Morten Garly Andersen
Responsible for Communication
DTU Space
+45 45 25 97 69