FSRM just announced a new course on microfabrication processes. The course will provide participants with a systematic overview of micro- and nanomanufacturing processes for micromechanical components and Microsystem Technology (MST), as well as their characteristics. A systematic method is presented to facilitate the selection of a manufacturing process for micromechanical components described by a requirement list. By the end of the course, participants will learn how to select an (…)
Topics / Training
Training
4 days to think how to act on the market
We all do marketing, sometimes even without knowing it… and sometimes we would like to have a backbone structure to help us. The CIP in Tramelan (Switzerland) organizes a 4-day training to help partakers clarify their vision and build actual tools. This training will take place in French. The training is based on projects for partakers and will help them answer a lot of questions like: What are our assets? What is the DNA of my company? What do I want to communicate? How to prepare the (…)
Training
New courses available in Europe
FSRM is located at the crossroad of microtechnology and aims to promote microtechnology and its applications. It was founded in 1978 by the Swiss government, cantons, cities, professional associations as well as companies. It organizes a lot of training throughout Switzerland in French and also in Europe in English. . New courses available for this fall 30-01.10.2010: Labs-on-Chip Technologies: Basics and Applications, Barcelona (ES) 07-08.10.2010: Microsystems in Biomedical Engineering (…)
Training
Polymer Optoelectronic Technologies and their Applications
Since the discovery of organic materials with conducting properties, about three decades ago, organic optoelectronics has evolved into a dynamic field of applied research and industrialization. Due to their outstanding material properties compared to traditional inorganic semiconductors, organic semiconductors are anticipated to impact strongly on the future development of semiconductor technology. For example, polymer semiconductor devices are mechanically flexible, comparatively easy to (…)