Low Cost Tools for High Tech Learning
Planar Process is an outstanding example of how multiple disciplines combine to yield a usable result. Chemistry, Physics, Electronics and Mathematics are soundly represented in the fabrication of a semiconductor device.
In addition to microelectronics, planar process techniques allow the fabrication of micro electro-mechanical systems and micro-optical devices. Micro chemistry and micro biotechnology exercises are also possible in miniture reactors fabricated using planar process techniques.
Our plans are to develop the tools and procedures that will allow students the hands-on experience of working with the manufacturing techniques of the future. We also expect to generate equipment that will test the interest of high school students. Modu-Lab Jr. will be an even more simplified and inexpensive equipment set to introduce the science of microfabrication to a very large number of future scientists and engineers. This vision also includes the development of an advanced tool set that will allow more ambitious experimentation. Modu-Lab Pro will provide the capability of smaller geometries, higher purity, and a larger variety of materials.
MEMS
Opto-Electronics
Photovoltaics
Ferroelectrics
Super Conductivity
Nanotechnology
Biotechnology
Sensors
Physics
Electronics
Chemistry
Mathematics
Committed to the Future...
Effective training programs are vital to the industry as well as the nation. In order to lead in global competition, a high quality workforce must be available. A fundamental understanding of planar processing is essential to enable skills growth commensurate with industry needs.
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