Faculty Profile

Dr. Adnan Khan

Assistant Professor


Adnan Khan was awarded his Ph.D. from Rensselaer Polytechnic Institute in NY in 2007. His thesis was titled 'Parameterization for Some Multiscale Problems in Biology and Turbulence'. The work involved studying approaches to coarse graining of multiscale systems with applications to turbulent diffusion and protein dynamics. Prior to his doctoral work he obtained an MS in Applied Mathematics at the University of Delaware in 2002 and a BE in Electrical Engineering from NED University of Engineering & Technology, Karachi in 1998. His current research interests involve modeling and analysis of biological systems, multiscale modeling and asymptotic analysis. Prior to joining LUMS he has taught at Rensselaer Polytechnic Institute and University of Delaware. Besides the usual academic interests he is also interested in reading on economics, philosophy, history and world literature.

    • Article
      • Khan, A. .(2015). A Model for Transmission of Influenza with Control Strategies . Mathematical and Computer Modelling of Dynamical Systems ,
      • Khan, A. .(2015). Estimating the Basic Reproductive Ratio for the Ebola Outbreak in Liberia and Sierra Leone . Infectious Diseases of Poverty ,
      • Khan, A. .(2014). Transmission Dynamics of Hepatitis C with Control Strategies . , Journal of Computational Medicine
      • Khan, A. .(2014). Analysis of a mathematical model of emerging infectious disease leading to amphibian decline . Abstract and Applied Analysis ,
      • Khan, A. .(2014). A model of bi-mode transmission dynamics of hepatitis C with optimal control . Theory in Biosciences ,
      • Khan, A. .(2013). A Comparison of a Deterministic and Stochastic Model for Hepatitis C with an Isolation Stage . Journal of Biological Dynamics ,
      • Khan, A. .(2013). Estimating the Basic Reproduction Number for Single-Strain Dengue Fever Epidemics . Infectious Diseases of Poverty, ,
      • Khan, A. .(2013). The Effects of a Backward Bifurcation on a Continuous Time Markov Chain Model for the Transmission Dynamics of Single Strain Dengue Virus . Applied Mathematics ,
      • Khan, A. .(2010). Two Coarse Graining Studies of Stochastic Models in Molecular Biology . Communications in Mathematical Sciences ,
    • Journal Articles
      • Khan, A. .(2016). Stochastic Analysis of an Influenza Epidemic Model . International Journal of Applied and Computational Mathematics , Springer , pp. 1-19
    • Conference Papers
      • Khan, A. .(2007). Method of multiple scales with three time scales . Proceedings in Applied Mathematics and Mechanics ,
Calculus-IFall Semester 2014-151401
Quantitative FinanceFall Semester 2014-151401
Master's Thesis IFall Semester 2014-151401
Independent StudySpring Semester 2014-151402
Applied Stochastic ProcessesSpring Semester 2014-151402
Linear Algebra with Differential EquationsSpring Semester 2014-151402
Advanced Applied Stochastic ProcessSpring Semester 2014-151402
Master's Thesis IISpring Semester 2014-151402
Dynamical SystemsFall Semester 2015-161501
Calculus-IFall Semester 2015-161501
Master's Thesis IFall Semester 2015-161501
Senior Project ISpring Semester 2015-161502
Applied Stochastic ProcessesSpring Semester 2015-161502
Advanced Applied Stochastic ProcessSpring Semester 2015-161502
Master's Thesis IISpring Semester 2015-161502
Doctoral Thesis ResearchSummer Semester 2015-161503
Calculus-IFall Semester 2016-171601
Master's Thesis IFall Semester 2016-171601
Doctoral Thesis ResearchSpring Semester 2016-171602
Master's Thesis IISpring Semester 2016-171602
Senior ProjectSpring Semester 2016-171602
Doctoral Thesis ResearchSummer Semester 2016-171603
  • Past Courses
    Mathematical Modeling with ApplicationsSpring Qtr 2007-08703
    MATH Independent Study ISummer Qtr 2007-08704
    Calculus-IAutumn Qtr 2008-09801
    MATH Independent Study IAutumn Qtr 2008-09801
    ProbabilityAutumn Qtr 2008-09801
    PhD Reading Course - Mathematical BiologyAutumn Qtr 2008-09801
    Dynamical SystemsWinter Qtr 2008-09802
    Mathematical Modeling with ApplicationsWinter Qtr 2008-09802
    Calculus-IIWinter Qtr 2008-09802
    Independent StudyWinter Qtr 2008-09802
    Calculus 2Winter Qtr 2008-09802
    Independent StudySpring Qtr 2008-2009803
    Calculus-IFall Semester 2009-10901
    Mathematical MethodsFall Semester 2009-10901
    Independent StudySpring Semester 2009-10902
    Mathematical Models in Biology ISpring Semester 2009-10902
    Mathematical Methods in Physics and Engineering-ISpring Semester 2009-10902
    Independent StudySummer Semester 2009-10903
    Calculus-IFall Semester 2010-111001
    Independent StudyFall Semester 2010-111001
    Calculus with TheoryFall Semester 2010-111001
    Dynamical SystemsSpring Semester 2010-111002
    Independent StudySpring Semester 2010-111002
    Independent StudySpring Semester 2010-111002
    Science & ReligionSpring Semester 2010-111002
    Calculus with theory IISpring Semester 2010-111002
    Senior Project IFall Semester 2011-121101
    Calculus with TheoryFall Semester 2011-121101
    Applied Stochastic ProcessesFall Semester 2011-121101
    Mathematical Models in Biology IIFall Semester 2011-121101
    Independent StudySpring Semester 2011-121102
    Senior Project ISpring Semester 2011-121102
    Senior Project IISpring Semester 2011-121102
    Calculus with theory IISpring Semester 2011-121102
    Linear AlgebraSpring Semester 2011-121102
    Mathematical Models in Biology ISpring Semester 2011-121102
    Calculus-IFall Semester 2012-131201
    Senior Project IFall Semester 2012-131201
    Mathematics of FinanceFall Semester 2012-131201
    Linear Algebra with Differential EquationsFall Semester 2012-131201
    Dynamical SystemsSpring Semester 2012-131202
    Senior Project ISpring Semester 2012-131202
    Senior Project IISpring Semester 2012-131202
    Applied Stochastic ProcessesSpring Semester 2012-131202
    Calculus-IFall Semester 2013-141301
    Senior Project IFall Semester 2013-141301
    Introduction to Differential EquationsFall Semester 2013-141301
    ProbabilitySpring Semester 2013-141302
    Applied Stochastic ProcessesSpring Semester 2013-141302
    Advanced Applied Stochastic ProcessSpring Semester 2013-141302