Now in Mechatronics
MEMS Sheds Light on Material Interactions
MEMS systems are revolutionizing the way we design and manufacture hi-tech equipment. However, researchers are finding that before these systems can completely fulfill their promise, engineers have to understand that the macro-scale rules don't necessarily apply to the micro- and nano-scale. They are finding that the adhesion properties and interactions of the poly-silicon and other materials are leading to reliability problems and high failure rates, which have to be addressed.
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Knowledgebase
New software and hardware tools can help mechanical engineers avoid common pitfalls in designing complex motion control systems. Relatively well-understood gears and cams that once served as the mechanical brains of motion control systems are quickly being replaced by intelligent, mechatronic-type technology. As a result, traditional mechanical systems are increasingly being controlled by sophisticated electric motor drives that get their digital intelligence from software.
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Knowledgebase
The term “mechatronics” was first used 40 years ago and today, a multitude of companies embrace its principles. It emphasizes that mechanical, electrical, control, and software engineers all play a vital role in building electromechanical systems. Traditionally, companies that made mechanical systems let mechanical engineers lead, while those that made electronics assigned the lead to software and electrical engineers. However ,those lines of responsibility are being redefined.
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Groups
The MEMS Division provides a focal point for the Mechanical Engineers entering and practicing in the MEMS field.
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