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A modularized approach to nanotechnology education: Opportunities, challenges and requirements

机译:纳米技术教育的模块化方法:机遇,挑战和要求

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The discipline of nanoscale science has evolved significantly over the last several decades. It has moved from equipment development and discovery at the molecular and atomic level to an increasing number of technology applications and product development. As the discipline has changed so has the approach to training students and employees in the nanoscience area. The educational process has evolved from high level, research based concepts to 2 year programs, nanoscience minors and individual courses. The approaches to nanotechnology education are constantly changing, however an approach that is appearing both in formal and informal venues is that of modularized nanotechnology content. This approach carries the ease of integration as an opportunity, the challenge of creating a complete module and requirements dependent upon location, topic and education level. A summary of these considerations is presented.
机译:在过去的几十年中,纳米科学学科有了长足的发展。它已从分子和原子级的设备开发和发现转移到越来越多的技术应用和产品开发中。随着学科的变化,在纳米科学领域培训学生和员工的方法也发生了变化。教育过程已从基于研究的高水平概念发展为两年制课程,纳米科学辅修课程和个人课程。纳米技术教育的方法在不断变化,但是在正式和非正式场所中都出现的一种方法是模块化的纳米技术内容。这种方法带来的机会是易于集成,这是根据位置,主题和教育水平创建完整模块和要求的挑战。提供了这些注意事项的摘要。

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