Space System Engineering
Any space mission is a complex system and requires according system engineering know-how.
Solutions
Space applications are our core competence and passion. But also in other industries our know-how and experience can make the difference. We also support you in the frame of non-routine tasks and in shortage of covering human resources in the form of engineering service consulting.
For the development of space products system engineering know-how is a key factor for successful project implementation.
Our extensive design engineering know-how and experience helps designing complex parts and assemblies for extreme applications.
Lightweight structures, special structures and complex details often require more than a standard analysis. This is where our special structural analysis know-how comes in. FEA, vibration, thermo-elastic, shock, fatigue, fracture control are all subjects we take care of.
Thermal control of space products is an extreme challenge. Our experience helps to find a thermal design that works.
Never fail a test again: with the help of our test engineering services.
Need to get launch approval for your satellite from the mechanical perspective? We create the required condensed Craig-Bampton models, help evaluate CLA results and get your baby flight approved.
Any space mission is a complex system and requires according system engineering know-how.
Our extensive design know-how and experience helps designing complex parts and assemblies for extreme applications.
Lightweight structures for space applications with their complex details often require more than a standard analysis. This is where our special structural engineering know-how comes in.
Our team has extensive expertise in providing fatigue and fracture control for a wide variety of projects ranging from small satellites, pressurised life support systems on the ISS to secondary structures of the Orion European service module.
Extreme temperatures and vacuum make thermal control in space a huge challenge.
What is the most severe environment for a spacecraft? The tests! Because of additional margins to ensure the flight environments are covered.
Craig-Bampton Model Condensation and Coupled Load Analysis (CLA) are essential steps to verify a spacecraft is compatible with launching on a particular launcher.
We approach each mission individually, selecting optimized solutions, that will be best suited for the specification and your business needs.
Our strategy is to always employ the best manufacturing technology for the given design task.
We deliver goals within the given constraints by breaking down the work into clearly defined work packages that come from the overall project plan.
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