SING

The SING research project aims to study the impact of future satellite gravity missions on the science.

3D-Twin

3D-Twin will design a distributed digital twin architecture for 3D networks based in the O-RAN framework.

SatNEx V - SCS

This project will investigate and design mechanisms to realize semantic communications in Earth observation applications.

PLANSPACE

In this PhD project, a lunar multi-microgrid system based on solar power and energy storage systems is to be developed.

ModSPACE

The project presents a comprehensive review of different PV-models and studies dedicated to the radiation-induced degradation and shielding of the PV cells.

eXTP

The enhanced X-ray Timing and Polarimetry mission is a future satellite designed to study extreme states of matter density, gravity, and magnetism in space.

Robot Grasp Learning on the Moon

This project looks into the use of Deep Reinforcement Learning for vision-based robotic grasping of objects on the Moon.

Autonomous Space Rover Navigation with RL

The project demonstrates autonomous navigation capabilities in unknown areas (mapless) on Mars with a reinforcement learning-based robot behavior learning approach.

SatNEx V - LSNM

This SatNEx V project focuses on using the intelligence at the satellites to train models for routing in large non-geostationary orbit (NGSO) satellite constellations.

DANSK-LSM

The goal of DANSk-LSM is to build the capacity for the next generation cutting-edge high-resolution global hydrological early warning systems.

MARIOT

MARIOT aims to increase safety for ships sailing in the Arctic area by enabling better communication and navigation through a LEO satellite network.

Crust-Gravity

Interpretation, modeling, and analysis tools for the purpose of assessing and interpreting a given gravity model.

SDSS

SDSS is based on a patented self-deployable elastic frame designed to deploy a drag sail for safely deorbiting defunct spacecrafts.

TIPOD

TIPOD aims on improving the POD of LEO satellites by applying further developed thermosphere models.

SatNEx V

The project, conducted under the SatNEx V framework of ESA, deals with the scenario of data processing and communication in a hybrid infrastructure of GEO and LEO satellites.

MARS2

MARS2 investigates unique technology, production capability, and products to enable high-bandwidth communication applications for small satellites.

GW-Sensing

GW-Sensing is focused on comparing in-situ groundwater level data with storage estimations from data of GRACE and GRACE-FO missions.

The Ørsted Satellite

The Ørsted Satellite was the first ever Danish satellite. It was launched on the 23rd of February 1999 from Vandenberg Air Force Base in California.

STEP-STONE

STEP-STONE is part of the STEP mission, which is a part of the Danish Roadmap for Research Infrastructure.

CoSC

The goal of the CoSC project was to develop testing facilities for satellite ground stations, especially high gain antennas.

Bayes-GRACE

Bayes-GRACE aims to develop Bayesian data-model fusion frameworks to merge satellite gravity data with models.

ACS

ACS carries out research in order to establish a real-time satellite-based precise positioning system.

AssimEO

AssimEO aims to calculate and predict the total water supply for plant production through assimilation of EO data into a hydrological model.