aim - CFD program is offered in different variants to satisfy the exact needs of students. Along with fundamental training, students will undergo software training. Depending on the project and interest of students, they can select the tool which they are going to use for there project work. CCTech's expert CFD team will mentor the students during there learning as well as project execution phase. Following are the four different variants of aim - CFD program.

Following is the training content of different modules :

• Governing Equations : Derivation and interpretation of terms

• CFD process flow

• Governing Equation Discritization : Finite Difference and Finite Volume representation

• Grid Generation Methods

• Boundary Conditions – Which ? Why ? How ?

• Residual, accuracy and Convergence

• Exploring GAMBIT GUI

• Geometry Modeling using GAMBIT

• Edge and Face meshing using GAMBIT

• Volume meshing using GAMBIT

• Clustering using sizing functions and boundary layer

• Mesh quality and quality parameters

• Exploring ICEM-CFD GUI

• Geometry modeling using ICEM-CFD

• Multiblock structured meshing using ICEM-CFD

• Unstructured meshing using ICEM-CFD

• Mesh quality and quality parameters

• Mesh editing and export

• Exploring ANSYS FLUENT GUI

• Data and process flow in ANSYS FLUENT

• Basics of ANSYS FLUENT Solver

• Boundary conditions in ANSYS FLUENT

• ANSYS FLUENT solver mathematics

• Turbulence Modeling in ANSYS FLUENT

• Solving CHT problems using ANSYS FLUENT

• Solving Turbo machinery problems in ANSYS FLUENT

• Post Processing using ANSYS FLUENT

• Exploring ANSYS CFX GUI

• Data and process flow in ANSYS CFX

• Basics of ANSYS CFX Solver

• Boundary conditions in ANSYS CFX

• ANSYS CFX solver mathematics

• Turbulence Modeling in ANSYS CFX

• Solving CHT problems using ANSYS CFX

• Solving Turbo machinery problems in ANSYS CFX

• Post Processing using ANSYS CFX

• Import and Manipulations of Geometry

• Surface meshing and quality improvement

• Volume meshing with tet/poly/trim/prism layer

• Mesh quality and quality parameters

• Basics of Star CCM+ solver basics

• Boundary conditions in Star CCM+

• Turbulence Modeling in Star CCM+

• Solving compressible and incompressible flow problems using Star CCM+

• Solving Conjugate Heat Transfer problems using Star CCM+

• Post-processing and interpretations of CFD results using Star CCM+