1. Systema V4 Patrick PLECZON

2. SYSTEMA Overview Description
SYSTEMA is a software product line for space engineering
The objective of SYSTEMA is to gather in the same environment and using the same model representation a large set of applications (environment, thermal, power …)
SYSTEMA integrates:
An open framework consisting of interactive toolboxes to build the spacecraft geometry, define its orbit, its kinematics, specify a mission scenario
A set of dedicated application in various technical fields (thermics, radiation, power…)

3. SYSTEMA: The key features
Clear separation between framework and applications
Easy to develop new applications for specific use
Easy to maintain and make evolutions
Software standards based
Helps exchanges between tools (XML for all input/output files, HDF5 for large computation results)
Modularity
Rich platform support
Windows 7, Windows XP, Linux, (Unix)
Modern and intuitive ergonomics

4. SYSTEMA an interdisciplinary tool suite
Applications
Propulsion
Power RF
Thermics
Fluid
dynamics
Radiations
Space
environment
Electro-magnetism
SYSTEMA
Environment
Properties
Geometry
Mission
Trajectory
Kinematics
Network 2D 3D
Video
Schematics
User interface
DMU
CAD
Simulation

5. Perform End-to-End Modelling
SYSTEMA framework
Perform End-to-End Modelling
SYSTEMA
Import or Generate
Geometrical Model + Physical Properties
Advanced Trajectory into the Solar System
Complex Kinematics
Set and Configure
Mission Scenario
Computation Diagram
Parametric Data
Perform analysis
Postprocess and display results
Animation
3D, 2D
Table, etc.

6. Systema applications
The SYSTEMA functionalities and applications are continuously extended to fit the user needs:
Current applications available in the V4 environment
Thermica
Plume for plume impingement
GTD for antenna / structure interactions and EMC analysis
Dosrad for dose and shielding
Power (flux computation)

7. Axes of development wrt Digital Engineering
Integration with external tools / data
CAD interface: smooth interface, computation on CAD model
Mechanical interface and volumes management: management of FEM (surface, volume)
Post-processing
Performances
Very large model (1 M), multi-threading, grid, cloud

8. More information, documents, videos…
on Systema web site: