Space systems engineering

Innovating for the future

TNO Space systems engineering plays a coordinating role in realising instrumentation and systems. We bring together different technical domains to create payloads for earth observation that benefits both people and the planet. We also develop instruments for space observation from the Earth’s surface. Our involvement in ground-based astronomy supports scientists all over the world in their efforts to understand our universe.

From next-generation observation satellites that monitor greenhouse gases and air pollution, to optical satellite systems for broadband communication and instruments for ground-based astronomy, our in-house engineering facilities enable the production of optical and mechatronical systems capable of enduring extreme conditions. We transform concepts into space-qualified, mission-critical equipment that will drive the future.

Multifaceted expertise

For more than 60 years, TNO has been developing space instrumentation and building a proven track record of expertise in early studies, architecture, design and manufacturing, testing, and calibration. Space systems engineering is dedicated to offering the most effective ways to transition from conceptual designs with low Technology Readiness Levels to fully functioning, space-ready hardware and control prototypes. From research and advice to manufacturing and testing, we ensure that each team working on these highly precise satellite systems has the support and insight they need to deliver beyond expectations. We divide our expertise into six key focus groups:

• Project management
• System architecture and engineering
• Product assurance
• Manufacturing, assembly, integration and testing
• Optics manufacturing
• Instrument manufacturing

State-of-the-art facilities

From clean rooms with thermal vacuum chambers and space instrument calibration facilities to precision testing facilities, TNO Space systems engineering has in-house capabilities to design, test, and build the most advanced optical and optomechatronic hardware available.

Far more than just research and concept development, we have the multidisciplinary, independent expertise to also design and build fully functioning systems. We enable the precision mechanical engineering of complex mechanical systems and validate those systems’ performance through testing and measuring. Our facilities include:

• Well-equipped, modern work- and model shop.
• Precision cleaning and bonding facility.
• Precision (free form) mirror manufacturing facility with single point diamond turning capabilities.
• Facilities to develop and produce special optical coatings.

Want to learn more about what the TNO Space systems engineering team can do for you? Contact us today to explore the possibilities.

Instrument realisation and verification

Welcome to MAIT, where our innovation in space and other high-tech instruments comes to life. MAIT, short for Manufacturing, Assembly, Integration, and Testing, is the dynamic approach propelling TNO's Space System engineering projects from concept to reality. It's more than a process; it's a mindset that connects every stage seamlessly, from the earliest concept to advanced prototypes.

Creating instruments

MAIT collaborates with IMD (Instrument Model workshop in Delft) and COM (Centre for Optical Manufacturing) to enhance capabilities. Our mechanical IMD is the heartbeat of precision. Their skill and craftmanship is instrumental in turning design concepts into functional realities.

The COM is the domain where optical mirrors and coatings are not just created but perfected. Here vision becomes reality and reflective surfaces transform into gateways to the cosmos. The integration of IMD, COM, and MAIT is a deliberate cooperation. These synergies strengthen our mission, driving projects toward success as unseen gears in the foundation.

IMD and COM, combined with MAIT, create the full picture. From the inception of complex parts through IMD and COM to the assembly in MAIT, we deliver state-of-the-art space and other high-tech instruments. Here, engineering, craftsmanship, and precision culminate in groundbreaking solutions.