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National Center for Learning and Teaching in Nanoscale Science and Engineering

The National Center for Learning and Teaching in Nanoscale Science and Engineering (NCLT) is a world-class learning center for teaching nanoscale science and nanotechnology. The NCLT was founded in October 2004. It began with an emphasis on experiential education, and the education is patterned after the National Society of Experimental Education (NSEE) capacity building methods.

The NCLT faculty learn to teach through inquiry and design of nanoscale materials and applications. Students also enter into the methods of inquiry and design through cooperative experimental methods. To further its educational goals it has instituted a core curriculum that is an integrated program with five component areas: learning research; nanoconcept, course, and learning technology development; professional development; resource dissemination, networking and community building; and evaluation and assessment. Each of these educational areas is matched by an operational unit that leads and coordinates studies and projects for that area. Because different projects often cross over one or more of the operational units, a series of work circles has been established for managing each project. NCLT sees this method as a kind of matrix operational structure, which is supported by its cyberinfrastructure.

Thus new research environments for supporting data acquisition, storage, management, integration, data mining, and data visualization or other information processing services are part of the cyberinfrastructure and also integrated into the Internet. Its cyberinfrastructure is able to efficiently connect computerized data and players so that new interpretations of data can more efficiently be developed into novel scientific theories or knowledge. The NCLT operational units and work circles are composed of faculty and students. Overall they work in diverse disciplines as part of NCLT's Integrated Program. Some faculty and students are at NCLT facilities, but many are at NCLT partnering institutions. Managerial oversight is provided by the NCLT's Leadership Council.

Philosophies and Practices

The educational philosophy and practice of NCLT aims to link cutting-edge research with real-world applications. In order to train the next generation of scientists and engineers, NCLT Director R.P.H. Chang has developed, since the mid-1990s, curricula for middle and high school science classrooms. The curricula are inquiry- and design based. These also use concepts taken from materials science (material engineering), which is an interdisciplinary field whose practitioners study the properties of matter. In addition, they seek to employ relationships between the structures of materials at atomic or molecular levels. The science also seeks to understand such things as metal fatigue or other types of failures that have also developed into the field of forensic engineering.

Using material science concepts and applying them to real-world problems or designs creates a more dynamic educational experience for students. Because nanoscale science and engineering (NSE) have emerged as the cutting-edge of materials research and technology, it is an exciting area for students and for researchers.

NCLT was given National Science Foundation (NSF) funding in 2004 to engage in teaching to equip future generations by advancing science, technology, engineering, and mathematics (STEM) education, although the NSF funding was not renewed as of 2009. Courses are taught in advance physics, carbon nanotubes (used to create nanoscale patterns), nanoscale science and technology, nanoelectonics (electrical action at the atomic level), polymer science, and polymer thermodynamic properties.

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