My expertise is in Probabilistic Operations Research, in particular, Statistical Modelling, Applied Probability and Optimization. I have been involved in several industrial and interdisciplinary projects as listed below. I am available at certain times of the year to work on consulting projects.
Statistical Modelling. In 2001, I was appointed as the head of a Statistical Modelling unit in a large tax project in Iran. At that time, I led a group consisting of five graduates of statistics and industrial engineering that was charged with developing new regression models to improve auditing system. Later on, in 2002 and 2004, I was conducting two sampling projects to gather statistical data and analyse them. From 2011 to 2013, during my role as a postdoctoral research associate, I developed a new statistical model for optimal experimental design of a growing population with incomplete information. The latter has several applications in the fields of ecology and infectious disease epidemiology.
Discrete-Event Simulation. In 2000, I was appointed the head of the discrete-event simulation project at the Transportation Division of Sharif Research Centre. In that project, I used discrete-event simulation to find the least expensive scenario amongst a set of given alternatives that could incur substantial cost to implement in real world. In 2005, I was appointed as the head of the simulation team at the largest car manufacturer company in Iran, IKCO. During the course of my employment at IKCO, we analysed several production queuing factors using a well-known discrete-event simulation package, Enterprise Dynamics, to improve the efficiency and effectiveness of the IKCO storage/warehousing division. The project has been recognized widely as the best discrete-event simulation project carried out in Iran. In 2012, I consulted the CALTEX Company, in Australia, in a discrete-event simulation project of inventory optimization and logistics.
Supply Chain Optimization. Since 2011, in collaboration with the leading national and international scholars in the field of optimization and logistics, we launched two projects for the planning and optimization of sustainable supply chains. In these projects we extended the traditional economic-oriented supply chain planning through the simulations incorporation of economic, environmental and social objectives. My primary role was to develop a simulation-optimization algorithm based on a novel modified Cross-Entropy method to solve the resulting nonlinear sustainable supply chain planning models. The real world implementation of this methodology was evaluated and the approach was shown to yield quality local solutions within reasonable model runtime.
Power System Optimization. In 2011, I work on the application of Cross-Entropy method in optimizing a real-world power system model.