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Nanotechnology in Research & Manufacturing FacilitiesIDC provides leading edge capability in the design and construction of nanotechnology facilities. Our experience includes facilities involved in some of the world's most advanced research in advanced technologies such as nanoelectromechanical systems (NEMS), microelectro-mechanical systems (MEMS), nanoelectronics, nanosystems, and nanophotonics. IDC is skilled in the application of the specialized design considerations required for these facilities, including rigorous vibration and cleanliness criteria. IDC experts recently made two presentations (download Site Selection and Security Program) for a technology and economic symposium sponsored by the Albany NanoTech and Center for Economic Growth in Albany, New York. The May 2003 event was titled "Building a Foundation for the Future." IDC has performed multiple projects for both university and commercial nanotechnology clients. We have helped nanolithography researchers design new facilities, upgrade and expand existing research spaces, refine processes to further miniaturize integrated circuit features, and perform cost estimates for new nanotechnology facilities. Among our recent projects are the following: Sandia National Labs, Albuquerque, NM
Georgia Institute of Technology in Atlanta, Georgia: IDC has performed some 10 projects to support the nanolithography research work related to the further miniaturization of integrated circuit features for this university research facility and incubator of new high-tech companies. IDC’s scope for these projects has included evaluations, cost estimates and upgrades of research space. Georgia Tech’s key thrust is research in microelectronics, microelectromechanical systems (MEMS), and nanotechnology. IDC’s introduction to Georgia Tech resulted from the client’s concerns about budgets that were exceeded on previous projects not involving IDC. IDC’s solution was to sit down with client representatives, including a Georgia Tech professor, and listen carefully to the project’s requirements. IDC then proposed a project approach that would deliver 30% of the design coupled with a cost estimate. The cost estimate could then be sent to contractors to develop bids. The first project performed using this formula went well. It was completed within budget and got certified for correctly meeting temperature, humidity, and other specifications. As a result IDC, was asked to take on other projects that were popping up, including a project involving MEMS technology. Korea Advanced Institute of Science & Technology (KAIST): IDC has been awarded a project to design a nanotechnology research center for KAIST, South Korea's national institute to perform nanotechnology research. The facility will be built in the KAIST campus in Taejon about 160 kilometers south of Seoul, South Korea. The new facility will focus on nanotechnology research for semiconductor devices and nanotechnology electromechanical systems (NEMS). Albany NanoTech at the University of Albany, New York: IDC performed the Basis of Design for a facility that's become a leading center of global nanotechnology research, development, technology deployment and education including such related technologies as nanoelectronics, nanosystems, and nanophotonics. The research center supports accelerated high technology commercialization and job creation through leveraged partnerships between business, government and academia. A second IDC project for this client involved design of a new, 14,000-square-foot nanotechnology research facility, called Nanofab 1A, to support 300mm semiconductor process equipment for research and development, as well as prototyping, work-force training, and business incubation. Clemson University Advanced Materials Research Laboratory, Anderson, South Carolina: IDC provided detailed architectural and engineering, client representation, and services during construction for a state-of-the-art facility located in the University’s Clemson Research Park. This cornerstone facility is a critical initiative for Clemson to promote advanced material research grants, including the attraction of world-class researchers (endowed chairs). Design issues include flexible laboratory space and electron microscopic area sensitivities, including isolated independent slabs, acoustic dampening, electronic shielding, vibration analysis, air distribution systems with (66) lab-hoods, cleanroom space, and specialty labs for laser, instrument and draw-tower (fiber-optics) research. Sustainability, LEED accreditation, and high-performance building appraisal are all key components of the facility. Confidential Client: IDC performed the design for a research and manufacturing facility with nearly a million square feet, considered to be one of the world’s premier facilities advancing the application of nanotechnology in microelectronics production. The facility’s current 130-nanometer production capability is designed to produce microprocessors based on 90-nanometer technology. Denmark Technical University, Copenhagen, Denmark: Phase 2 & 3 expansion of Class 10/1,000 research, production and test areas within Denmark’s main high technology teaching facility including microelectromechanical systems (MEMS) and nanotechnology. This project includes the addition of cleanroom and laboratory space for the microelectronics and communications research departments. Responsibilities included managing design of 5,000-square-foot of cleanroom and development of additional support areas. University of Glasgow Nanoelectronics Research Centre, Glasgow, Scotland: Design/build delivery of a new leading edge cleanroom for nanotechnology research. The facility will occupy two separate levels ranging from Class 10 to Class 1000 cleanliness levels. |
Microscopic electron flow from a quantum point
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