Technology we are Building
Exploring enabling technologies for future space missions through Research, Engineering and
Experimentation.
01 / 04
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SPACE PROPULSION
Ion Thrusters
Researching technologies for efficient electric spacecraft propulsion.
We are currently investigating the fundamental principles and engineering challenges of
ion propulsion, with the objective of developing and evaluating experimental
propulsion concepts.
Research Objectives
- Ion generation and acceleration
- Electric propulsion system architecture
- Thrust and Propulsion efficiency
- Experimental prototype development
Current: TRL 1
Target: TRL 4
Fundamental research
02 / 04
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PRECISION INSTRUMENTATION
LIDS
Laser-Interferometric Displacement
Sensing System.
LIDS is a concept for measuring extremely small displacements using
Laser Interferometry, with a target resolution in the 0.5 micrometer range.
The research explores optical configurations, right laser wavelength and electronic methods
for precision displacement measurement.
Research Objectives
- Optical interferometric configurations
- Sub-micrometer displacement sensing
- Signal acquisition and processing
- Measurement stability and calibration
Current: TRL 2
Target: TRL 6
Technology concept development
03 / 04
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AUTONOMOUS SYSTEMS
Robotic Compute Modules
Exploring computing architectures for adaptive physical intelligence.
We are investigating computing architectures for robotic systems capable of integrating
sensory information, decision-making and physical interaction.
The research explores hardware and software approaches to adaptive robotic behavior,
with potential applications in autonomous and space robotic systems.
Research Objectives
- Robotic computing architectures
- Sensor and actuator integration
- Adaptive control systems
- Autonomous decision-making
Current: TRL 1
Target: TRL 7
Architectural research
04 / 04
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SIMULATION SOFTWARE
Prototyping Simulator
Computational tool for Rapid Prototyping and Engineering Evaluation.
Exploring computational methods and software tools to support early-stage
engineering, virtual experimentation and technology development.
The objective is to investigate ways to evaluate engineering concepts before committing resources to
physical prototypes.
Research Objectives
- Computational modelling
- Virtual prototyping
- Engineering visualization
- Simulation-based design evaluation
- Integration with prototyping workflows
Current: TRL 1
Target: TRL 8
Concept development
The technologies presented are at different stages of research and development. Target TRLs represent
development objectives, not achieved capabilities.
