By National Research Council, Division on Engineering and Physical Sciences, Laboratory Assessments Board, Panel on Electronics and Electrical Engineering
The file at the EEEL provides an overview of the Lab’s 4 divisions. The review is predicated on 4 standards: alignment with nationwide priorities, motivation of its courses, technical advantage, and technical application caliber. The file additionally offers a glance at 3 extra issues: staffing and investment, foreign matters, and the making plans method.
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The file at the EEEL offers an overview of the Lab’s 4 divisions. The evaluate relies on 4 standards: alignment with nationwide priorities, motivation of its courses, technical benefit, and technical application caliber. The document additionally offers a glance at 3 extra issues: staffing and investment, overseas matters, and the making plans strategy.
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Extra resources for An Assessment of the National Institute of Standards and Technology Electronics and Electrical Engineering Laboratory: Fiscal Year 2007
NIST needs to be seen as the leader by example for this activity, especially in those technical areas in which uncertainty characterization is less well developed. EEEL should increase awareness of metrological needs in emerging technologies. Emerging wireless systems such as WiFi, WiMax, and cellular systems are one such opportunity. The quantum dot single-photon detector is a good example of the strength of the various quantum programs at NIST. This device integrates the design and fabrication capabilities for quantum dots with the need for single-photon detection.
Perhaps EEEL personnel, working with the Optical Fiber Communications Conference, could help to present a symposium on this topic at the conference. The research staff routinely develops unique, patentable works. Given its responsibility for disseminating the research work, EEEL should reexamine its intellectual property and licensing practices. In particular, linkage should be strengthened between the optoelectronics terahertz program and commercial concerns. The blackbody calibration source is another possible candidate for licensing.
Innovation around EEEL’s areas of core expertise should receive first priority, and EEEL resources should be focused on projects requiring its staff’s unique capabilities. In spite of the obvious success of the Optoelectronics Division’s photonics, semiconductor, and nanostructures activities, EEEL does not seem to be giving it sufficient resources. In the Electromagnetics Division, the cost and burden of providing calibration services appears to be onerous for some groups, while in other groups this does not seem to be a problem.
An Assessment of the National Institute of Standards and Technology Electronics and Electrical Engineering Laboratory: Fiscal Year 2007 by National Research Council, Division on Engineering and Physical Sciences, Laboratory Assessments Board, Panel on Electronics and Electrical Engineering