ESSDERC/ESSCIRC Workshop
cmos variability research in europe: from atomic scale to circuits and systems

Edinburgh International Conference Centre
19th September 2008

Scott Roy


Scott Roy completed Ph.D. studies in 1994 at the University of Glasgow, then worked in a number of areas, including the design and construction of parallel processing machines, and the Monte Carlo simulation of Si:SiGe HMOS devices and InGaAs HEMTs for VLSI and RF applications. He is presently a Reader in the Department of Electronics and Electrical Engineering at the University of Glasgow, and a member of the Device Modelling and Microelectronics Systems Groups. He has published over 150 papers in the fields of device transport, Monte Carlo simulation, device scaling, bio-nanotechnology, and the development of practical compact models and circuit simulation techniques for nanoscale devices subject to variability. He is an investigator on grants from SEMATECH, EU FP7, Fujitsu, and the EPSRC.
modeling summer school semiconductors Semiconductors semiconductor devices education training microelectronics industry medici TMA suprem workbench Synopsys Silvaco device modeling device simulation semiconductor simulation process simulation diffusion ion implantation impurities oxidation furnace finite element industrial services finite elements calibration design semiconductor research University of Glasgow electronics electrical engineering courses MOSFET CMOS transistor BJT diode doping doping profile electrons holes potential concentration fabrication silicon Si gallium arsenide GaAs silicon germanium III-V SiGe quantum mechanics transport band structures IWCE IEDM SISPAD ESSDERC density gradient taurus monte-carlo monte carlo thin body strained silicon CMOS SiNano device physics atomistic SOI greens functions green post doctoral academic glasgow tutorial summerschool simulation