The traditional scaling of CMOS technology is increasingly constrained by power limitations (e.g., saturation of the clock frequency in microprocessors). Therefore the microelectronic industry is researching radically new devices that drastically improve the energy efficiency of microelectronic systems. One promising – still largely unexplored – technology is based on NanoElectroMechanical (NEM) switches which potentially offer significant improvements in energy efficiency. In this project, we investigate the viability of this technology by developing a competitive and manufacturable device, perform materials research to address inherent reliability issues, and develop tools and methodologies to build complex logic based on novel NEM switch devices.
To strengthen our team, we are seeking a highly motivated individual with very good interpersonal skills and a strong background in mixed-signal circuit design as well as in the design and implementation of MEMS/NEMS interface circuitry.
The successful candidate will have an important role in the system design of digital logic based on NEM switches. Hence we are seeking candidates having a thorough understanding of mixed-signal circuit design as well as a deep understanding the tools and methodologies used of in digital logic design. Basic knowledge in micro- and nanofabrication and interface circuitry to nanomechanical devices would be an additional asset.
Fellowship Application Deadline: 31/01/2011
Further Fellowship Information and Application
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