Dragica Vasileska

Professor  

Dragica Vasileska

IRA A. Fulton School of Engineering
Department of Electrical Engineering
Arizona State University
Tempe, AZ 85287-5706
Tel: (480) 965-6651
E-mail: Vasileska@asu.edu
 
Office Hours:  TTh  11am-1pm ERC565
 
Curriculum Vita

Research:

  Green’s functions for mobility calculation in Low-dimensional systems (Si, GaAs/AlGaAs, InGaAs/InAlAs Q2DEG.  For the first time implemented self-consistent Born approximation for the self-energy calculation in transport simulator)

  Transport in quantum dots

  2D and 3D particle-based device simulators for modeling MOSFETs, DG Devices, FinFETs and FD SOI devices

  1D, 2D and 3D self-consistent Schrödinger-Poisson solvers

  Quantum effects in ultra-small devices (Proposed novel parameter free Effective potential approach)

  Discrete impurity effects in ultra-small devices (First proper treatment of the short-range Coulomb interaction via Molecular Dynamics)

  Modeling alternative material systems: strained-Si, strained SiGe, GaN

  First self-consistent full-band-Monte Carlo-Poisson-Schrödinger solver for hole transport in SiGe devices

              Fastest 3D NEGF solver based on the Contact Block Reduction Method

  First self-consistent particle-based solver for modeling Thermal Effects in Nanostructures (solves Boltzmann Transport Equation for electrons self-consistently with energy balance equations for acoustic and optical phonons)

  State of the art modeling of HEMTs

 

Courses Taught at ASU (Available Materials):

  EEE/CSE101: Introduction to Engineering Design, EEE101S2008

  ECE300: Intermediate Design Project, S2005

   ECE301: Electrical Networks I, ECE201F2005

   EEE302: Electrical Networks II

              EEE202: Electrical Networks I – new course

   EEE531: Semiconductor Device Theory I

   EEE532: Semiconductor Device Theory 2

  EEE352: Properties of Electronic Materials

   EEE434: Quantum Mechanics

   EEE539: Fundamentals of Solid State Theory

   EEE534: Semiconductor Transport

   EEE533: Semiconductor Device and Process Simulation

   EEE598: Advanced Device Simulation

   EEE598: Computational Electronics

   EEE598D: Quantum Computing

 

Summer Schools

o       Urbana 2002 Summer School on Classical and Quantum Transport

o       Ilmenau, Germany, 2003 Summer School: Classical vs. Quantum Transport

o       Seminar on Green’s functions

 

PEOPLE THAT I COLLABORATE WITH:

David K. Ferry, Stephen M. Goodnick, Christian Ringhofer, Denis Mamaluy, Mihail Nedjalkov, Clemens Heitzinger, Gerhard Klimeck

This Web page is  maintained by Dragica Vasileska.