Aerospace

We see all aspects of space as well as the field of autonomous Unmanned Aircraft (“drones”) as future key enablers for applications that currently seem hardly imaginable. Therefore, we are conducting high-end research and prototyping in all aspects of spearheading technologies that might become relevant for “New Space” and drones in this decade and the next.

Wherever possible, theoretical research is supported by and extended into practical tests with actual software and hardware to increase the robustness of results.

Special focus hereby is on rapid prototyping in the areas of experimental rockets and unmanned aircraft systems.

Machine Learning

AMDC develops Machine Learning (ML) solutions, mainly (but not exclusively) for Computer Vision Applications. We also provide consultancy to customers who wish to benefit from the vast capabilities ML offers.

Defence

AMDC was founded as a consultancy company for Air and Missile Defence, which is still a core business area. We are convinced that well equipped armed forces are essential for every nation to secure peace and our intention is to contribute to this objective. In the defence branch we focus on advising the German Bundeswehr and allied armed forces in the matters of military research and technology. Key activities lie in the analysis, conception, and evaluation of modern and modular Air Defence and Missile Systems, using innovative technologies. Our staff has many years of experience in the areas of missiles, sensors, command & control, communication, and threat analysis. In addition, through cooperation with the defence industry, universities, and scientific aerospace research institutions, we apply highly specialized know-how to our analyses. Due to these close collaborations, we keep our knowledge up-to-date and make the most recent research results available to our customers. AMDC conducts system analyses under various aspects. Usually, the primary focus is on the performance or effectiveness of the missile system. It is determined not only by the missile itself, but also by the other system components, in particular, the separate surveillance and fire control sensors. Also, safety, cost-effectiveness, and environmental compatibility are important aspects of system analyses. The most valuable tool for system analyses is the simulation.

Computational Engineering

In our Computational Engineering Department we deal with the development and application of simulation models to solve the complex physical problems we encounter throughout the work in our main branches Aerospace, Machine Learning and Defence.

Our Computational Engineering Services are also available to external customers who require tailor-made and scientifically reliable simulation solutions in a timely manner.