Prof. Anisul Haque Professor and Chairperson, Department of  Electrical and Electronic Engineering

Research Interests

Nanoelectronics: physics, modeling, simulation and characterization of semiconductor low-dimensional electronic and optoelectronic devices.

On-going Research Projects

• Modeling, simulation and characterization of interface trap states in nanoscale MOS devices from gate C-V characteristics.
• Modeling quantum mechanical effects in surface potential based compact models for nanoscale MOSFETS.
• Ballistic transport in anoscale MOSFETs.
• Compact gate C-V modeling of nanoscale MOS structures with high-K gate dielectrics.
• Self-consistent calculation of the electrostatic properties of uniaxially strained MOS structures.
• Self-consistent calculation of the electrostatic properties of G⁴-FET devices.
• Modeling of electronic properties of strained GaInAsP based low dimensional novel optoelectronic devices.

Teaching

I usually teach courses on electronic circuits and devices including electronic properties of material. However, at the undergraduate level, I teach a variety of courses, such as, Signals and Systems, Engineering Electromagnetics and Linear Circuits.

Brief Biography