Shamia Hoque

Education & Academic
Assistant Professor at University of Southern California
Austin Texas 78712


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    Company Details

  • Year Established
  • 0
  • Credentials
  • Ph.D., Environmental Engineering (2010), Drexel University
    M.A.Sc., Chemical Engineering (2004), University of Toronto
    B.Sc., Chemical Engineering (2001), Bangladesh University of Engineering and Technology
  • Honors & Awards
  • B. Gantt, S. Hoque, R. D. Willis, K. Fahey, K. M. Zhang, H. O. T. Pye (submitted), “Mixing state of cerium aerosol due to a nanoparticle diesel fuel additive”.
    B. Gantt, S. Hoque, R. D. Willis, K. Fahey, J. M. Delgado-Soborit, G. Erdakos, R. Harrison, P. Bhave, K. M. Zhang, K. Kovalcik, and H. O. T. Pye (2014), “Near-road modeling and measurement of cerium-containing particles generated by nanoparticle diesel fuel additive use”, Environmental Science and Technology, DOI: 10.1021/es502169p, August 21, 2014.
    A. Clohessey and S. Hoque (2012), “Investigating the dispersion and decontamination of anthrax spores within indoor work areas”, ASM Biodefense and Emerging Diseases Research Meeting, February 26 – 29, Washington, DC.
    K. Jahan, S. Hoque, T. Ahmed (2012), “Activated sludge and other suspended culture processes,” Water Environment Federation, 52: 1029 – 1080
    S. Hoque, B. Farouk and C. N. Haas (2011), “Development of artificial neural network based metamodels for the inactivation of anthrax spores in ventilated spaces using computational fluid dynamics”, Journal of Air and Waste Management Association. 61 (9): 968-982.
    S. Hoque, B. Farouk and C. N. Haas (2011), “Development of metamodels for predicting aerosol dispersion in ventilated spaces”, Atmospheric Environment. 45: 1876-1887.
    S. Hoque, B. Farouk and C. N. Haas (2010), “Artificial neural network based metamodels for the inactivation of anthrax spores using computational fluid dynamics”, 29th Annual American Association for Aerosol Research Conference, October 25 – 29, Portland, Oregon.
    S. Hoque, B. Farouk and C. N. Haas (2010), “A multiple linear regression model approach for particle dispersion in ventilated spaces using computational fluid dynamics and dimensional analysis”, Journal of Environmental Engineering. 136 (6): 638-649.
    S. Hoque, T. Alexander, P.L. Gurian (2010), “Innovative technologies to increase the efficiency of evaporation ponds”, International Desalination Association Journal, 2 (1): 74-80.

Shamia Hoque

Dr. Hoque’s research interests are on the development and application of mathematical models for fluid flow, pathogen dispersion and decontamination in the environmental system with the objective of informing risk assessors and first responders.  Her research goal is to establish predictive integrated frameworks through coupling detailed models, statistical methods and risk analysis for providing a priori information and design tools for a more sustainable and resilient urban and built environment. Recent studies have involved multi physics modeling applying computational fluid dynamics analysis for predicting bioaerosol transport and inactivation in indoor areas through neural networks and modeling and assessing health impacts of nano-additives in fuels in urban environment. 

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