Dr. Md. Rafiqul Islam
Professor
Department of Electrical and Electronic Engineering
Khulna University of Engineering & Technology (KUET)
Khulna -9203, Bangladesh. Phone: +880-41-774782
Fax: +880-41-774403, Mail : [email protected]
Website : www.kuet.ac.bd/eee/mri/


Course Conduction


Courses taken so far:

      Undergraduate Courses: Analog Electronics, Digital Electronics, Electrical Circuits, Digital and Analog Communications, Optical Fiber communications, Mobile Communications, Electronic Devices and circuits

 

      Postgraduate Courses: Laser Theory, MOS Devices, Optical Fiber Communications, Digital Signal Processing, Power Electronics

       Besides the theoretical classes, I conduct experiments on Digital communications, Free-space optical communication, Basic Electronics, Optical fiber communication, Electrical circuits etc.

Current Research Interests:

Compound semiconductors, Solar Cell Materials and Devices, Optoelectronic Devices, MOS Devices, Optical Fiber Communications, Free-space optical communication

Thesis Supervision in Postgraduate Level:

a) Name of Degree: Master of Science in Engineering

    Year of Award: December 2005

    Thesis Title: A New Approach to Grow High Quality Bulk  InxGa1-xAs

                               Crystal by  Two-step MCZM Method
b) Name of Degree:
Master of Science in Engineering

    Year of Award: November 2006

    Thesis Title: Design of High Efficiency InxGa1-xN-based Solar cells

c) Name of Degree: Master of Science in Engineering

    Year of Award: December 2007

    Thesis Title: Modeling and Performance Analysis of InN-based HEMTs 

 

d) Name of Degree: Master of Science in Engineering

    Year of Award: May-2010

    Thesis Title: Modeling and Performance Analysis of InGaSb-based MQW VCSELs

 

 

e) Name of Degree: Master of Science in Engineering

    Year of Award: March 2011

    Thesis Title: Improvement of BER Performance of DS-OCDMA in Dispersive Fiber Medium        

e) Name of Degree: Master of Science in Engineering

    Year of Award: May 2012

    Thesis Title: Improvement of BER Performance of DS-OCDMA in Dispersive Fiber Medium