×
mohammed khlil shakhatreh
• Department of Mathematics and Statistics - Faculty Member

  • Ph.D. of STATISTICS from UNIVERSITY of Toronto, 2008
  • Msc. of STATISTICS from Yarmouk University, 1996
  • Bsc. of STATISTICS from Yarmouk University, 1993
  • "A New Modified Kies Family: Properties, Estimation Under Complete and Type-II Censored Samples and Engineering Applications", Mathematics
  • "A New Three - Parameter Extension of the Log- Logistic Distribution with Application to Survival Data", Communications in Statistics - Theory and Methods
  • "Gaussian process regression with skewed errors", Journal of Computational and Applied Mathematics
  • "Inverse Lindley power series distributions: a new compounding family and regression model with censored data", Journal of Applied Statistics
  • "Objective Bayesian analysis for the differential entropy of the Weibull distribution", Applied Mathematical Modelling
  • "On A New Extension of Weibull Distribution: Properties, Estimation and Applications to One and Two Causes of Failures", Quality and Reliability Engineering International
  • "On the generalized extended exponential-Weibull distribution: properties and different methods of estimation", INTERNATIONAL JOURNAL OF COMPUTER MATHEMATICS
  • "The Exponentiated Burr?Hatke Distribution and Its Discrete Version: Reliability Properties with CSALT Model, Inference and Applications", Mathematics
  • "The log-normal modified Weibull distribution and its reliability implications", Reliability Engineering and System Safety
  • "Unintentional Injuries and Violence among Adults in Northern Jordan: A Hospital-Based Retrospective Study", international Journal of Environmental research and public health
  • Faculty Member, Department of Mathematics and Statistics, Feb 2012 - Present
  • ADVANCED TOPICS IN STATISTICS
  • CALCULUS I
  • ELEMENTS OF STATISTICS
  • MATHEMATICAL STATISTICS
  • PRECACULUS
  • PROBABILITY & STATISTICS (FOR COMPUTER SCIENCES STUDENTS)
  • PROBABILITY & STATISTICS( FOR ENGINEERING STUDENTS)
  • PROBABILITY THEORY
  • SEMINAR
  • STATISTICAL METHODS(1)
  • TOPICS IN STATISTICS AND PROBABILITY