Multi-physics space analysis
Systema is a powerful software suite designed to support the entire spacecraft design and analysis process. Trusted by major industry players, this software provides solutions for every stage of a project, from early concept to detailed design phases.
The software offers a flexible and adaptive framework that incorporates comprehensive analysis capabilities. Its various toolboxes allow users to build geometries, define trajectories, specify analysis scenarios, and visualise results, all within an open and evolutionary environment.
Systema’s interdisciplinary features enable collaboration across different engineering teams. Whether conducting thermal analysis with Thermica, predicting contamination with Outgassing, or evaluating electromagnetic interactions with GTD, Systema’s suite of applications provides detailed insights that optimise spacecraft performance under real-world conditions. The software’s advanced simulation capabilities and accuracy make it a trusted solution for spacecraft designers aiming to push the boundaries of space exploration.
How to use the software
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Presentations

Systema - MSR-ERO ESPC 2023

Systema - Thermica 2023

Systema - MSR-ERO TFAWS 2023

Systema - Thermica 2024

Systema - Thermica 2021

Systema - Thermica 2022

Systema - ECSD_2021_Space_Debris

Systema - DEBRIS
Newsletters

Systema Newsletter 10-2023

Systema newsletter 10-2024
Setup and guidelines

Systema - GuidelineStepTas_Ed5

Systema EULA

Systema - Installation Guide-Ed5

Systema - Installation Manual SYSCOD V5

Systema - Migration manual_Ed5
Release notes

Systema - Thermisol

Systema - Thermica

Systema - Framework

Systema - Power

Systema - Plume

Systema - Plumflow interface

Systema - Perturbations

Systema - Outgassing

Systema - GTD

Systema - DOSRAD

Systema - DEBRIS

Systema - ATOMOX
Manuals

Systema - User manual

Systema - Thermisol user manual

Systema - Power

Systema - Thermica User Guide

Systema - Application manual ODE V3.2

Systema - Application Manual

Systema - Application manual Navier V3.2

Systema - Application Manual

Systema - Application Manual V3.2

Systema - Plumflow interface

Systema - Application Manual

Systema - Application Manual

Systema - Perturbations

Systema - OUTGASSING User Manual

Systema - GTD User Guide

Systema - DOSRAD

Systema - DEBRIS

Systema - ATOMOX-UserManual

Systema - Plume User Manual

Systema - Application manual Prolog 3.2

Systema - PLUMFLOW Interface file definition
- Presentations
- Newsletters
- Setup and guidelines
- Release notes
- Manuals

Systema - MSR-ERO ESPC 2023

Systema - Thermica 2023

Systema - MSR-ERO TFAWS 2023

Systema - Thermica 2024

Systema - Thermica 2021

Systema - Thermica 2022

Systema - ECSD_2021_Space_Debris

Systema - DEBRIS

Systema Newsletter 10-2023

Systema newsletter 10-2024

Systema - GuidelineStepTas_Ed5

Systema EULA

Systema - Installation Guide-Ed5

Systema - Installation Manual SYSCOD V5

Systema - Migration manual_Ed5

Systema - Thermisol

Systema - Thermica

Systema - Framework

Systema - Power

Systema - Plume

Systema - Plumflow interface

Systema - Perturbations

Systema - Outgassing

Systema - GTD

Systema - DOSRAD

Systema - DEBRIS

Systema - ATOMOX

Systema - User manual

Systema - Thermisol user manual

Systema - Power

Systema - Thermica User Guide

Systema - Application manual ODE V3.2

Systema - Application Manual

Systema - Application manual Navier V3.2

Systema - Application Manual

Systema - Application Manual V3.2

Systema - Plumflow interface

Systema - Application Manual

Systema - Application Manual

Systema - Perturbations

Systema - OUTGASSING User Manual

Systema - GTD User Guide

Systema - DOSRAD

Systema - DEBRIS

Systema - ATOMOX-UserManual

Systema - Plume User Manual

Systema - Application manual Prolog 3.2
