The aim of this course is to teach the modeling foundation needed to efficiently and accurately simulate heat transfer in computational fluid dynamics simulations. Heat transfer simulation is explored through example applications and study of the laws of thermodynamics. Meshes for heat transfer are created and used in practice labs. Conjugate heat transfer simulations including conduction, convection, and radiation are set up and run. Solver ramping and stopping criteria are practiced. In addition, the application of heat transfer coefficients, wall treatments, and turbulence models for heat transfer simulations are studied and applied. Finally, dimensionless numbers used in heat transfer are presented.