Department of Electronics and Communication Engineering

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Dr. Md. Faruque Hossain

Professor
+880 41 769471 Ext. 251
[email protected]
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Research Interest: Optoelectronics, Numerical Computation

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Bio

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Publication

Education

Doctor of Philosophy
City University of Hong Kong,Hong Kong (2010)
The Outstanding Academic Performance Award for Research Degree Students†in the academic year 2008-09 . . Awarded “Research Tuition Scholarship†in the academic year 2009-10.
Master of Science in Electrical and Electronic Engineering
Khulna University of Engineering & Technology,Bangladesh (2006)
Bachelor of science in Electrical and Electronic Engineering
Khulna University of Engineering & Technology,Bangladesh (2002) Group: Electrical and Electronic Engg.,

Scholarship and Award

  • Endeavour Research Fellowship (July 2015 - December 2015)

    â–ª Laser machining, 3D printing for microfluidic devices and scaffolds for tissue engineering â–ª FE modeling of microfluidic systems exploring COMSOL â–ª Design of optoelectronic systems for optogenetic stimulation

  • The Outstanding Academic Performance Award for Research Degree Students

    Academic Year 2008-2009, City University of Hong Kong, Hong Kong

  • Research Tution Scholarship

    Academic Year 2009-2010, City University of Hong Kong, Hong Kong

  • UGC funded Scholarship for PhD

    November 2006 - October 2009, City University of Hong Kong, Hong Kong

Research

  • Optoelectronics, Numerical Computation
    • Integrated optical devices
    Bio-photonics
    Photonic and electronic packaging
    FEM analysis
    Numerical computation of electromagnetic fields
    .
    .
    My expertise, particularly, covers:
    â–ª Processing of polymer materials (mixing, curing, photolithography, etc.) â–ª Thin film characterization using AFM, Nanoindentation, Surface profiler and Prism coupler â–ª Extensive FE analysis of thermo-mechanical stress in multilayer deposition of materials, curing, etching etc. including viscoelastic modeling. â–ª Design of various polymer waveguides and Bragg grating considering thermo-mechanical effects, and their fabrication and characterization â–ª FE modeling of microfluidic systems, MEMS structure and biological problems such as brain edema exploring COMSOL â–ª Laser machining, 3D Bioplotter for microfluidic devices, scaffolds for tissue engineering

Experience

Service Records
  • Department/Section: ECE
    Course Coordinator for several academic years (UG and PG) 01-Sep-2024 to 01-Sep-2024
  • Department/Section: ECE
    Laboratory-in-Charge of various labs in different academic years 01-Sep-2024 to 01-Sep-2024
  • President, ECE Association, KUET 01-Sep-2024 to 01-Sep-2024
  • Member, CASR, KUET 01-Sep-2024 to 01-Sep-2024
  • Member, Academic Council, KUET 01-Sep-2024 to 01-Sep-2024
Professional Body Membership
  • The Institution of Engineers, Bangladesh (IEB)

    Member Type: Fellow
    Member ID:

Teaching and Supervision

Course Conduction Masters Thesis:

a)      Thermo-mechanical analysis of polymer optical waveguide for the improved design of thermo-optic switches.


Some of Undergraduate Thesis:

b)      FE analysis of thermal stress in optical waveguide for the optimized design of PLC devices.

c)      Theoretical modeling and performance analysis of graphene nanoribbon field effect transistor.

d)     FE analysis of thermal stresses in electronic packaging structure.

e)      Simulation and performance analysis of graphene nanoribbon interconnects.

f)       Process modeling of polymer optical waveguide using artificial neural network.

g)      Theoretical design of optical waveguide based biosensor using meta materials.

h)      FE modeling and analysis of cerebral venus thrombosis to predict their influences on intracranial pressure and blood circulation.


Last Update: 10-Mar-2024