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Available formats for this course
classroom style course
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 adequate process for a specific component, with regard to both technical feasibility and economic aspects.
The course is structured to appeal to R & D managers and engineers, business development managers and a wide range of R & D staff from companies and institutes involved in the development and production of microdevices.
- Systematic overview of MST fabrication processes such as: lithography for MST; wet, dry, surface, bulk, and silicon micromachining; thin film technique; high aspect-ratio etching; LIGA; molding; laser-induced processes; mechanical micromachining; photostructuring of glass and glass ceramics; µ-EDM; stereolithography and other rapid prototyping methods; wafer bonding
- Nanotechnology: Nanostructuring, nanomaterials, nanoelectromechanical systems, etc.
- Relevant characteristics of fabrication processes: range of materials, variety of forms and structures that can be obtained, aspect ratio, range of dimensions, industrial use, throughput/cost ratio in mass production, possible combinations with other processes
- Method for systematic selection of fabrication processes for micromechanical components described by the component requirement list
- Case studies
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