The present course entitled “Computational Fluid Dynamics and its Applications” is oriented in introductory level for field engineers and academicians. Computational Fluid Dynamics (CFD) complements experimental and theoretical fluid dynamics by providing an efficient means of simulating fluid flows of practical interest. With rapid development of computer technology and advancement in numerical analysis and algorithms over the past few decades, CFD has found application in variety of fields including Aerospace, Oceanography, Meteorology, Naval, Surface transport, Chemical Processing, Manufacturing Science, Thermal Engineering etc. Consequently, appetite for learning the subject grows among engineering practitioners belongs to Mechanical, Aerospace, Civil, Chemical and other disciplines. The advancement in the numerical analysis leads to the development of commercial softwares such as FLUENT, NISA, CFX, PHOENICS etc. to model the CFD problems relevant to industries. In the present course, opportunities will be provided for establishing confidence in using GAMBIT and FLUENT software. Prior to the exposure and practice on these softwares, the training for the development of the skill of solving non-linear governing equations along with their appropriate boundary conditions will be imparted. The details of the course are outlined below.