Welcome Dr Maryam Karimi to International Journal of Optics and Photonics

Dr Maryam Karimi
Atomic Energy organization
of Iran, Laser and Optics Research School, NSTRI


Biography & Research Interest

Welcome Dr Maryam Karimi to Join the Editorial Board of International Journal of Optics and Photonics.

EDUCATION

B.Sc., Physics, march, 1998 Department of physics, KNT University of Tehran, Iran Education Field: Solid State Thesis Title: “Analysis of thermoelectric effects and construction of thin layer thermocouple in vacuum Bi–Sb and measurement Peleter effects” Research Advisor: Dr. M. Jafary Graduated with GPA: 15.33/20.00

  • M.Sc., Physics, January 2001 Education Field: Atomic & molecule Department of Physics, Tarbiat Modarres University, Tehran, Iran. Thesis Title: “Design and Analysis of Rhodamine-B doped polymer optical fiber amplifiers” Research Advisor: Dr. M. K. Moravveg Farshi Graduated with GPA: 16.56/20.00
  • PHD., Physics, June 2010 Education Field: Optics Department of Physics, Razi University, Kermanshah, Iran. Thesis Title: “Characterization of Er Doped Fiber Lasers and Amplifiers” Research Advisor: Dr F. E. Seraji Graduated with GPA: 18.03/20.00
  • POSTDOC FELLOWSHIP., Electrical Eng, 2011-2012 Department of Electrical Engineering, Sharif University of Technology. 6 month Research Advisor: Professor Jawad A. Salehi

QUALIFICATIONS

Over Look to Numerical Analysis and Solving PDE or ODE Equations.

  • Good knowledge of semiconductor devices and equipments
  • Academic knowledge of lasers and their design.
  • Academic knowledge of crystallography and spectroscopy of crystals.
  • Good knowledge of optical fibers and Netwoks
  • Lasers Design
  • Design and Analyses of Optical Amplifiers (Er Doped Fiber Amplifier, Polymer Fiber Amplifiers, Raman Amplifiers)
  • Good Knowledge about Fiber Optics (Glass Fiber Optics and Polymer Fiber Optics)
  • Empirical Measurement of Fiber Optic Parameters (Return loss, Insertion Loss, Numerical Aperture, Core and Clad diameter, PMD, ….)
  • Empirical Measurement of Optical Connectors Parameters (Return loss, Insertion Loss, Physical Measurement of Connector Parts, …)
  • Empirical Measurement of Optical Fiber Amplifier And Lasers Parameters ( Gain, PMD, Return loss, Insertion Loss, …)

RESEARCH ACTIVITIES

Study and theoretical analysis of dye doped polymer optical fibers (As a part of M. S. thesis).

  • Numerical solution of time dependent rate equations in Rhodamine-B doped polymer optical fiber amplifiers (As a part of M. S. thesis).
  • Noise in optical amplifiers and simulation of noise figure in Rhodamine-B doped polymer optical fiber amplifiers (As a part of M. S. thesis).
  • Analysis and Simulation of polymer optical fiber amplifiers in Steady State (As a part of M. S. thesis).
  • Technology of dye doped polymer optical fiber amplifiers (As a part of M. S. thesis).
  • Loss (Intrinsic and connection) in polymer optical fibers (As a part of M. S. thesis and summer project in ITRC).
  • Conductive Polymers and Their Applications (Fall 2002 in ITRC).
  • Standard and Application of Polymer Optical Fibers (summer 2003 in ITRC)
  • Connectors and Splicers in polymer Optical Fibers (summer 2003 in ITRC).
  • Polymer Optical Finer Networks (summer 2003 in ITRC).
  • Polymer Optical Fiber Sensors (summer 2003 in ITRC).
  • Nonlinear Effects in Polymer Optical Fibers (Spring 2004 in ITRC).
  • Study and Design of the Polymer Optical Fiber with higher Nonlinear Effects (Spring 2004 in ITRC).
  • Nonlinear Optics (Spring 2004 in ITRC).
  • Dyes with Nonlinear Effects (Spring 2004 in ITRC).
  • Application of Nonlinear Polymers in Polymer Optical Devices (Spring 2004 in ITRC).
  • Fabrication of Thin Layer Thermocouple in Vacuum in Bi- Sb in K. N. Toosi University of Technology.
  • Return Loss In Holey Fibers (Empirical Activity)
  • Numerical Aperture Of Holey Fibers (Empirical Activity)
  • PMD of Optical Fiber Amplifiers (Empirical Activity)
  • FDTD Numerical Analysis

Certificate

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