SELFSYS : Fluidic-mediated self-assembly for hybrid functional micro/nanosystems
Conferences :
3rd Industry Day of the Micro and Nano Science Platform of ETHZ:
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Prof. Bradley Nelson: Institute of Robotics and Intelligent Systems,
"Microrobotics and its Market Potential"
Sino Swiss Science and Technology Cooperation Meeting in China (SSTC)
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Prof. Bradley Nelson and Prof Bruegger have been participating to the IMR-SSSTC Seminar on Materials Science and Engineering on Sept 2010
Packaging and assembly of micro/nanosystems (M/NEMS) is a key factor in their commercial success, but is often neglected in academic and pre-competitive industrial R&D. A lack of innovative solutions for the manufacturing of next-generation smart systems with hybrid, multi-functional devices will hamper the advances that are needed in health care, information technology and environmental engineering. For instance,a typical situation today is that the individual components of the hybrid system can be readily fabricated separately by well-known state-of-the-art methods, but they are either too small and/or too numerous to be assembled using conventional assembly methods. is used to indicate, analyze and solve problems by using a business’s data in the process.
