The multidisciplinary fabric of nanoscale science and technology requires an intimate marriage of diverse fields, from theory to application, wherein individuals learn from each other, and varied expertise is required to solve common problems. The program puts in place Ph. D. This approach to education has resulted in highly specialized workforce. As result, an education system focusing on single discipline will not provide an adequate education for success in this field. program in nanotechnology, where students can only an overview of many disciplines but none in sufficient depth to contribute, will also not properly prepare graduate students to meet the future challenges.

Therefore, we have created an Optional Ph. program in nanotechnology, where students can only an overview of many disciplines but none in sufficient depth to contribute, will also not properly prepare graduate students to meet the future challenges. As the frontiers of many disciplines, including physical sciences, biosciences and engineering, are converging at the nanoscale, nanotechnology can only thrive from interdisciplinary crossfertilization. Program in Nanotechnology, providing students access to interdisciplinary research and educational expertise. combining concurrent degree in Science, Engineering, or Medicine with Nanotechnology. Education Program & & Requirements The Center has launched the nations first Ph. D.

The effort is funded by the National Science Foundations Integrative Graduate Education and Research Traineeship NSFIGERT program. Learn more about our education program.^ Back to TopAs the frontiers of many disciplines, including physical sciences, biosciences and engineering, are converging at the nanoscale, nanotechnology can only thrive from interdisciplinary crossfertilization. The program puts in place Ph. D. Such innovation and integration of graduate education across department lines has changed the educational landscape at the University of Washington..

Such innovation and integration of graduate education across department lines has changed the educational landscape at the University of Washington. Therefore, we have created an Optional Ph. The program puts in place Ph. D.

On the other hand, we believe that standalone Ph. D. In disciplines, education has traditionally progressed through laying foundation and Subsequent stepwise building of pyramids of knowledge. The specialization has deepened the trenches between disciplines to such an extreme that publications often became incomprehensible to those outside the field. Learn more about our education program.^ Back to TopAs the frontiers of many disciplines, including physical sciences, biosciences and engineering, are converging at the nanoscale, nanotechnology can only thrive from interdisciplinary crossfertilization. nanotechnology track tied closely to other science and engineering disciplines.

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