Sector challenges
The New Space revolution and emerging commercial space industry, combined with changing technologies, have created new challenges for the space sector. Small space launchers are being developed to provide more affordable orbiting services to new generations of
Space
Innovative engineering solutions for the New Space industry.
satellites. However, the increase in space debris is a growing concern, which is being addressed by creating more sustainable propulsion systems and reusable launchers.
Our Services
We drive innovation throughout the entire space system lifecycle, including satellites, launch vehicles, ground segments and space debris mitigation. Our services range from financial and technical evaluations to detailed design, optimization, and margin assessment. We specialize in design-to-cost and data analytics using our own HPC cluster. CT has extensive experience working in major European space programs together with other leading companies and agencies. We have proprietary software to support our R&D projects and hold patents in space debris mitigation and collision avoidance.
Electronics design
Our experienced electronic engineers design reliable and durable analogue and power supply electronics for space missions. We have expertise in different power converter topologies and work to the requirements of the most demanding space standards.
Validation & verification
We help customers select appropriate components using computational tools to analyze circuits and simulate performance. Furthermore, we provide integrated testing plans that include physical and numerical testing, as well as EMC and environmental tests. Throughout the testing phase, we generate reports to ensure compliance with requirements and certified authority approval.
RF design
We have expertise in radio frequency (RF) design projects and have worked on many top international space programs. Our focus includes antenna design and integration, component selection, computer modeling and simulation, and performance testing. We use the most innovative software in the industry to execute our work.
Mechanical design
Our engineering team works with customers across the aerospace product lifecycle to achieve optimal designs. Our expertise includes technical and mechanical specification definition and performance analysis. We use powerful design tools to keep projects on time and within budget. All steps are fully documented to ensure compliance with space industry standards.
Mechanical analysis
Our stress analysis and simulation expertise covers space structures under various conditions including static, dynamic, thermal stress, and fatigue/damage tolerance. We use analytical methods, FEW, and simulation software to perform structural analysis, as well as our own specialized tools based on Big Data and Machine Learning.
Thermal analysis
We have a team of expert space engineers, covering all disciplines, specialized in thermal analysis for space systems. They create mathematical models to define thermal control elements of the system and are supported by reliable software tools.
Manufacturing engineering
Due to our extensive engineering experience across all disciplines, we make sure to implement the optimal solution to improve the manufacturing and assembly processes. To do this we apply lean manufacturing ideals and the latest PMO tools.
Electronics design
Our experienced electronic engineers design reliable and durable analogue and power supply electronics for space missions. We have expertise in different power converter topologies and work to the requirements of the most demanding space standards. |
|
Validation & verification
We help customers select appropriate components using computational tools to analyze circuits and simulate performance. Furthermore, we provide integrated testing plans that include physical and numerical testing, as well as EMC and environmental tests. Throughout the testing phase, we generate reports to ensure compliance with requirements and certified authority approval. |
|
RF design
We have expertise in radio frequency (RF) design projects and have worked on many top international space programs. Our focus includes antenna design and integration, component selection, computer modeling and simulation, and performance testing. We use the most innovative software in the industry to execute our work. |
|
Mechanical design
Our engineering team works with customers across the aerospace product lifecycle to achieve optimal designs. Our expertise includes technical and mechanical specification definition and performance analysis. We use powerful design tools to keep projects on time and within budget. All steps are fully documented to ensure compliance with space industry standards. |
|
Mechanical analysis
Our stress analysis and simulation expertise covers space structures under various conditions including static, dynamic, thermal stress, and fatigue/damage tolerance. We use analytical methods, FEW, and simulation software to perform structural analysis, as well as our own specialized tools based on Big Data and Machine Learning. |
|
Thermal analysis
We have a team of expert space engineers, covering all disciplines, specialized in thermal analysis for space systems. They create mathematical models to define thermal control elements of the system and are supported by reliable software tools. |
|
Manufacturing engineering
Due to our extensive engineering experience across all disciplines, we make sure to implement the optimal solution to improve the manufacturing and assembly processes. To do this we apply lean manufacturing ideals and the latest PMO tools. |
|
We help our customers to become
more effective and competitive
SPACE
CT plays a pivotal role in developing standard and modular launch base services for small satellites in the SAMMBA R&D project.
SPACE
CT to build the INSIDeR space debris recovery solution ground demonstrator.
SPACE
Designing passive antennas for Airbus’ EUTELSAT 36D telecommunications satellite program
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