DescriptionSingle file diffusion currently has a plethora of real life applications and has been projected to have many more in the near future. In this thesis, particle transfer through single file channels is studied using Monte Carlo simulation. Using a simple jump model particle dynamics in a single file arrangement is studied. Many phenomena are examined like transition of different dynamical regimes through study of the mean square displacement of particles, counter-diffusion of different particles through a channel between two reservoirs through the study of collective diffusion coefficient and effective flux under a gradient. The simulation results are used to gain information into the particular arrangements and limitations of particles undergoing single file diffusion.