• Working to pursue PhD degree in Soft condensed matter & Biophysics at Illinois Institue of technology. Has experience working with Grazing Incident X-ray diffraction at Argonne National Laboratory. Completed Master of Science (MSc) in Theoretical Physics with a thesis on Quantum Field Theory. Experienced in Data analysis and Data visualization. Expertise includes Computational Physics, Condensed matter physics and Biophysics. Proficient in working with large data sets using Mathematica, Tableau and have good command over Python, C++.

Journal & Conference publication

    • Feb 2023
  • Role of cholesterol in pulmonary surfactant at ambient and physiological temperatures
  • Fazle R Dayeen, Bret A Brandner, Stephen B Hall, David Gidalevitz. Biophysical Journal, Feb 2023, Volume 122, Issue 3, Pages 84a, Publisher: Elsevier.
    • Sep 2022
  • Effects of cholesterol on the structure and collapse of DPPC monolayers
  • Fazle R Dayeen, Bret A Brandner, Michael W Martynowycz, Kamil Kucuk, Michael J Foody, Wei Bu, Stephen B Hall, David Gidalevitz. Biophysical Journal, Sep 2022, Volume 121, Issue 18, Pages 3533-3541, Publisher: Elsevier.
    • Feb 2022
  • The interfacial structure of pulmonary surfactant at physiological temperatures
  • Fazle Dayeen, Bret Brandner, Stephen B Hall, David Gidalevitz. Biophysical Journal, Feb 2022, Volume 121, Issue 3, Pages 489a, Publisher: Elsevier.
    • Apr 2020
  • A text mining analysis of the climate change literature in industrial ecology
  • Fazle Rabbi Dayeen, Abhinav S. Sharma, Sybil Derrible. Journal of Industrial Ecology, Volume 24, Issue 2, April 2020, Pages 276-284.
    • Oct 2016
  • Multi-multifractality, dynamic scaling and neighbourhood statistics in weighted planar stochastic lattice
  • F.R. Dayeen, M.K. Hassan, Chaos, Solitons & Fractals, Volume 91, October 2016, Pages 228-234, ISSN 0960-0779.
    • Sept 2014
  • Self-similarity, Aboav-Weaire’s and Lewis’ laws in weighted planar stochastic lattice
  • F.R. Dayeen, M.K. Hassan. arXiv:1409.7928v1.
    • Sept 2012
  • Analysis of constraint structure of coupling of vector gauge field to a massive tensor field in presence of pseudoscalar and a scalar mass term
  • A thesis submitted on toward the degree of Master of Science in Theoretical Physics by Fazle Rabbi Dayeen


    • Jan 2020- Present
  • Ph.D. Student
  • Illinois Institute of Technology, Department of Physics
  • Phd project on Soft condensed matter & Biophysics
    • Aug 2014- May 2019
  • Graduate Student
  • University of Illinois Chicago, Department of Physics
  • Project: Building a probabilistic approach to retrieve topics from the abstract of peer reviewed journals.
  • Project: DFT+U Simulation of LaNiO3 using python and VASP.
  • Project: Cause-Effect Pair Detection: A classification based approach.
    • Attained: Apr 2013
      July 2011- Mar 2012
  • Master of Science
  • University of Dhaka, Department of Theoretical Physics
  • Thesis on Quantum Field Theory
    • Attained: Mar 2012
      Apr 2006- Sep 2010
  • Bachelor of Science (Hons)
  • University of Dhaka, Department of Physics
  • Minor: Chemistry, Mathematics, Statistics
  • Project: Generating and visualizing the fractal property of Julia-Mandelbrot set using C++ and Gnuplot.


  • Scientific computing: Wolfram Mathematica, Gnuplot, OriginPro.
  • Programming Language: C, C++, Python.
  • Laboratory: Grazing incident X-ray diffraction, Liquid scattering.
  • Others: Data analysis, Computational modeling, synthesizing information, Critical thinking, Problem solving.

Work Experience

  • Illinois Institute of Technology, Center for Molecular Study of Condensed Soft Matter
    • Jan 2021- Current
  • Research Assistant
  • Arranging and preparing samples for experiment.
  • Running experiments, recording and analyzing the data.

    • Jan 2020- Dec 2020
  • Teaching Assistant
  • Holding discussion sessions and help students to understand the topics and lab experiments.
  • Making quizzes, grading exams and tutoring.

  • University of Illinois Chicago
    • Aug 2014- May 2019
  • Teaching Assistant
  • Running lab sessions and help students with experiment topics.
  • Attending meeting, proctoring and grading exams, tutoring and holding office hours.

Leadership Activities

  • Departmental Representative at Graduate Student Council (UIC)
  • Goal was to support students with travel and project awards, unites them with meaningful social and cultural events, and represents the UIC graduate student body in the many different organizations and events.
  • Trade Winds, (UIC)
  • Active participant of intercultural friendship program between international students and U.S. students.