The event is Netherlands-based

In particular, ESA’s job includes identifying new arenas where existing technologies can be usefully transplanted. Space ‘spin-offs’ into terrestrial industry are well known but technology transfer is a two-way street. The space industry is increasingly drawing benefit from innovations originally developed elsewhere, known as ‘spin-ins’.

The aim of the Techno/Innovation Days is to highlight ESA’s leading role in technical innovation, communicate its major technological achievements during the past year and consider future technology trends, especially in terms of multi-purpose technologies.

Innovative discussions

Proba-2

The way that ESA carries out its research and development will also be discussed: how does one start turning an idea into an innovation? Does ESA innovate enough, or too much? Is the Agency targeting the right goals? A variety of speakers from ESA, the space industry and non-space technology firms will debate these questions.

“ESA’s technical heart, the European Space Technology Centre (ESTEC), is an ideal site to host such an event,” said ESA Director of Technical and Quality Management Michel Courtois. “The Techno/Innovation Days will provide an overview of ESA achievements and objectives, illustrating the complex nature of innovating for space. The plan is to include a debate with non-space actors so our innovation practices can be compared to theirs - and hopefully useful lessons learned on both sides.”

The first day will be devoted to ‘Innovation for Space’, focusing on how novel technologies mean that the next generation of satellites will look very different from those built so far and why the way we build them is changing. ESA’s Proba series of satellites encapsulates these developments, with a wide variety of technology demonstrations and science payloads crammed onto spacecraft smaller than a cubic metre.

The afternoon discussion will look at how the process of innovating for space might be further improved in future.

Highlighting R&D achievements

More robust solar cells have been designed for future missions

The second day will highlight some of ESA’s major R&D achievements as well as future technology trends. Presentations will include:

• Highly-sensitive Global Navigation Satellite System (GNSS) receivers for indoor applications
• Next-generation solar cells that can perform at the very low light levels of the Jupiter system, or survive the scorching temperatures near to the Sun
• High-specific-energy lithium-ion battery cells
• Micro-Electro-Mechanical System (MEMS) detectors and sensors shrunk onto single chips
• MEMS engines for precision spacecraft propulsion and green propellants
• Optical wireless systems
• Cold vacuum electron devices (CVEDs) delivering increased signal amplification with smaller devices
• Wearable robot control systems that operate on an intuitive basis
• New techniques to quadruple the view of Earth-observing radar satellites with no sacrifice in resolution.

How to take part

The draft agenda can be accessed via the right hand link, where you can also register your attendance.